Annual Report DST

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ANNUAL REPORT 2009-2010 foK ku v k Sj i zk S| k sfxd h fo H kkx foK ku ,o a i zk S| k sfxd h e a=kky ; ub Z fn Yy h Department of Science & Technology Ministry of Science & Technology New Delhi MINISTRY OF SCIENCE & TECHNOLOGY

Transcript of Annual Report DST

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ANNUAL REPORT2009-2010

foKku vkSj izkS|ksfxdh foHkkxfoKku ,oa izkS|ksfxdh ea=kky;

ubZ fnYyh

Department of Science & TechnologyMinistry of Science & Technology

New Delhi

MINISTRY OF SCIENCE & TECHNOLOGY

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Annual Report2009-2010

Government of IndiaDepartment of Science & Technology

Ministry of Science & TechnologyNew Delhi

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CONTENTS

Page No.OVERVIEW ............................................................................................................................. V

1. SCIENTIFIC RESEARCH, INFRASTRUCTURE AND HUMAN RESOURCESDEVELOPMETN .................................................................................................................... 1Science And Engineering Research Council ................................................................................. 1

2. TECHNOLOGY DEVELOPMENT PROGRAMME ........................................................ 66

Water Purification...................................................................................................................... 66

Water Technology Initiative Programme..................................................................................... 73

Solar Energy Research Initiative ................................................................................................ 75

Instrumentation Development Programme (IDP)........................................................................ 76

Drugs and Pharmaceuticals Research Programme...................................................................... 80

Science and Technology Advisory Committee ........................................................................... 82

Technology Development Board ............................................................................................... 87

3. INTERNATIONAL S & T COOPERATION ...................................................................... 89

4. SOCIETAL PROGRAMME ................................................................................................ 94

S&T For Socio-economic Development ................................................................................... 94

S&T Entrepreneurship Development ....................................................................................... 104

Natural Resources Data Management System ......................................................................... 108

National Council For Science & Technology Communication .................................................. 113

National Science And Technology Management Information System (NSTMIS) ..................... 124

State Science & Technology Programme ................................................................................. 127

Mission On Nano Science & Technology ................................................................................ 131

Mega Facilities For Basic Research ......................................................................................... 132

National Good Laboratory Practice Programme...................................................................... 133

Climate Change Programme .................................................................................................... 134

National Mission On Bamboo Applications ............................................................................. 135

Innovation Clusters.................................................................................................................. 136

Gender Initiatives .................................................................................................................... 138

Fly Ash Unit ............................................................................................................................ 144

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5. S&T BASED SERVICES, SCIENTIFIC INSTITUTIONS ANDPROFESSIONAL ACADEMIES ....................................................................................... 146

Survey of India ........................................................................................................................ 146

National Atlas & Thematic Mapping Organisation ................................................................... 157

Agharkar Research Institute .................................................................................................... 159

Aryabhatta Research Institute of Observational Sciences ...................................................... 163

Birbal Sahni Institute of Palaeobotany...................................................................................... 167

Bose Instituten ........................................................................................................................ 171

International Advanced Research Centre For Powder Metallurgy & New Materials (ARCI) ... 173

Indian Institute of Geomagnetism ............................................................................................. 176

Raman Research Institute ........................................................................................................ 181

Sree Chitra Tirunal Institute For Medical Sciences and Technology.......................................... 187

Achutha Menon Centre For Health Science Studies ................................................................ 189

Technology, Information, Forecasting and Assessment Council ................................................ 190

Vigyan Prasar .......................................................................................................................... 191

Wadia Institute of Himalayan Geology ..................................................................................... 195

S.N. Bose National Centre For Basic Sciences ....................................................................... 197

The National Academy of Sciences ..................................................................................... 200

Indian National Science Academy ........................................................................................... 201

Jawaharlal Nehru Centre For Advanced Scientific Research .................................................... 203

Indian Science Congress Association....................................................................................... 205

Institute of Advanced Study In Science & Technology ............................................................. 207

Centre For Liquid Crystal Research .................................................................................... 211

Indian Institute of Astrophysics ................................................................................................ 214

Indian National Academy of Engineering ................................................................................. 215

6. Administration & Finance.................................................................................................... 219

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The Department of Science and Technology, Government of India, has been able to initiate a largenumber of new and landmark programmes and measures of long term interest to the Science and Technologysector in the country during 2009-10. It has been a productive year for the Department. There have beenconscious attempts to increase the efficiencies of internal processes and delivery of ongoing programmes,on the one hand and mount new initiatives with a potential impact on the Science and Technology landscapeof the country, on the other. During the financial year 2009-10, some programmes which targettransformational changes in the research and development have been initiated.

Some of the important landmark accomplishments of the Department and new initiatives made duringthe year 2009-10 have been summarized here.

1. Landmark Accomplishments and New Initiatives

A. New Mechanisms for Promotion of Basic Research

Establishment of Science and Engineering Research Board

Establishment of National Science and Engineering Research Board (SERB) as an autonomous bodyfor promoting basic research has been notified in March 2010. Composition of the Board has been finalized.The Board is expected to play a major role in the promotion of Extra Mural Research in the country.

Implementation of Innovation in Science Pursuit for Inspired Research (INSPIRE)

Roll out of four of the five sub schemes of INSPIRE has been made during 2009-10. Total of1,20,995 INSPIRE Awards for youth in the classes of V! to X from a total of 25 States and UnionTerritories have been released. Total of 55 summer and winter camps for about 14000 INSPIRE Internsfor youth in the class XI have been organized. Seventeen Nobel prize winners have participated in thesecamps. 2396 INSPIRE scholarships for youth pursuing studies in basic sciences in mathematics, physics,chemistry and life sciences have been sanctioned while 360 INSPIRE Fellowships for doctoral studies forthe top rankers in the university examinations have been sanctioned during 2009-10.

Special package for Infrastructure Strengthening of Academic Sector in Jammu and Kashmir

In order to promote basic research in the state of Jammu and Kashmir, a special package of Rs. 60crores for the period 2009-2014 has been designed and delivered, Under this scheme, total of 38 collegeshave been supported with Rs. 50 lakhs for strengthening laboratory infrastructure. 70 visiting professorshipsfor senior faculty from other regions of the country to teach in universities in J&K region have beencreated. 70 visiting positions for young faculty of J&K for research in other region of India for duration of

OVERVIEW

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3-6 months have been sanctioned. 100 fellowships for doctoral students from J&K for work in otherregions of India have been provided. Special support for creation of back-up power facilities up to Rs.1.5cores per university has been extended.

Consolidation of University Research, Innovation and Excellence (CURIE) for WomenUniversities

As a proactive measure for improving the research infrastructure in women only universities, a specialscheme CURIE has been designed and delivered during 2009-10. Two of the six women universitiesreceived the support under the scheme during 2009-10.

B. Policy Formulation and Research

Science, Technology and Innovation Policy

A new Science, Technology and Innovation policy has been drafted for wider national consultation.Wideconsultation among various stakeholders is planned during 2010-11.

Data Sharing and Access Policy

A policy framework for sharing and access to data has been drafted and inter-ministerial consultationcompleted during 2009-10. The policy would be formulated during 2010-11.

Academy for Science Policy Implementation and Research (ASPIRE)

A proposal for the establishment of an Academy for Science Policy Implementation and Researchhas been mooted.

C. Convergent Technology Solutions and Research Initiatives

Technology Mission for Winning, Augmentation and Renovation (WAR) for Water

Hon’ble Supreme Court of India directed Secretary, Department of Science and Technology toaddress water challenges and find out technical solutions to water problems through research on warfooting. Technology Mission for Winning, Augmentation and Renovation (WAR) for water to be implementedduring August 2009- August 2011 has been developed and launched. The budget outlay for the technologymission is Rs.145 crores. Under the mission 26 types of water related challenges have been identified andtechnology solutions for 10 types of challenges located in 25 clusters of human population of approximately10,000 prioritized during the first phase of the project.

Solar Energy Research Initiative

A PAN IIT initiative for solar energy research has been mounted. Under the initiative, total of 37faculties from 6 Indian Institutes of Technology have been networked for a coordinated project. A companyhas been commissioned to design, develop and establish 256 kw power plant in a village based on solarand biomass energy options within 18 months. Under the project, diesel power parity in terms of cost perunit being less than Rs 9 per kwh has been targeted.

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Technology Compendium

A compendium of technologies developed and available with R&D institutions under various ministriesof the Government of India has been prepared during 2009-10. Technologies from Department of AtomicEnergy, Agriculture Education and Research, Biotechnology, Defence Research and DevelopmentOrganization (available for civilian use), Earth Sciences, Science and Technology and Space are includedin the compendium.

D. International S&T collaboration

Indo US Endowment Board

In order to support S&T cooperation with US, an endowment fund of USD 30 million has beencreated. In order to manage the fund, an Indo-US Endowment Board has been formed during 2009-10

EU-India Coordinated Call on Solar Energy

Based on a coordinated call for research on solar energy has been made inviting proposals fromknowledge networks and consortia for competitive grants with a total budget outlay of 5 million Euors fora period of five years.

Indo UK Science Bridges

Indo UK science bridges in the research areas of Next Generation Telecommunication Networks,Solar Energy PV materials and two other areas have been mounted with UK funding UK partners andDST funding the Indian partners.

Formation of Indo German Science and Technology Centre

Approvals have been obtained for establishing an Indo-German Science and Technology Centre forpromoting S&T cooperation in application areas of science and technology.

Establishment of Max Planck DST Institute on Computer Science

A joint virtual institute with Max Planck Society Germany on computational sciences has been launchedin Indian Institute of Technology Delhi.

Indo Australia Strategic Research Fund

A joint fund of 100 million Australian dollars to be operated over a period of five years and deployedfor funding projects under S&T cooperation between Australia and India has been established.

E. S&T Interventions for Social Good

Establishment of a new Mechanisms

In order to promote convergent technology solutions for applications in rural India, a new council forScience and Technology for Rural India (CSTRI) has been formed and two facilitation centres one at

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North East Institute for Science and Technology and other at Indian Institute of Technology, Madras atChennai have been established.

Conversion of National Innovation Foundation into an Autonomous Institute of Government ofIndia

National Innovation Foundation has been supported through a corpus fund from DST for promotinggrassroots and inclusive innovations for more than 10 years. Approvals have been obtained for conversionof NIF into an autonomous institution of DST during 2009-10.

F. Acquisition and Establishment of New Research Institutions

Institute for Advanced Studies in Science and Technology (IASST)

IASST, Guwahati has been taken over from the Government of Assam as an autonomous institutionof DST during 2009-10.

Establishment of National Centre for Himalayan Glaciology: In order to institutionalize Indianresearch efforts on Himalayan Glaciology, a new national centre has been proposed. Nodal centre for theNational centre has already been established as unit in the Wadia Institute for Himalayan Geology,Dehradoon.

G. Missions under National Action Plans for Climate Change

National Mission for Sustaining Himalayan Ecosystem (NMSHE)

Prime Minister’s Council on Climate Change has accorded in principle approval for implementing aNational Mission for Sustaining Himalayan Ecosystem. This national mission will be coordinated by DSTin close collaboration with other sister departments especially Ministry of Earth Sciences and Ministry ofEnvironment and Forests.

National Mission on Strategic knowledge for Climate Change (NMSKCC)

Prime Minister’s council on Climate Change has accorded in principle approval for implementing aNational Mission for Strategic Knowledge for Climate Change. This national mission will be coordinatedby DST in close collaboration with other sister departments especially Ministry of Earth Sciences andMinistry of Environment and Forests with special oversight mechanism and mirror sites for data managementand monitoring.

2. Output Indicators of Ongoing Programmes

Research and Development (Science and Engineering Research Council)

There have been significant increases in the number of Extra Mural Research projects funded underSERC during 2009-10 relative to those in 2006-07. Number of projects funded under SERC is 537during 2009-10. This represents an increase of 68% over the number pf projects supported during 2006-07. In terms of funds sanctioned, this increase represents a growth of over 235% during the three years.

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JC Bose Fellowships, Ramanujan Fellowships and Swarna Jayanthi Fellowships were awarded to 35, 27and 5 scientists in 2009-10, respectively. A comprehensive Human Resource Development Programme inMathematical Cciences has been approved by SERC.

During the year 2009-10, total of 355 new projects were sanctioned to young scientists under FastTrack mode. Total of 103 young scientists under the age of 35 received overseas fellowships for advancedtraining and 320 students were selected for prestigious KVPY fellowships during 2009-10. The growthtrends in the number of projects supported under SERC for the years 2005-06, 2006-07, 2007-08,2008-09 and 2009-10 are 253, 331, 495, 520, and 537 with budget sanctioned being Rs. 46,2, 68.6,131.9, 144.2 and 160.8 crores, respectively.

Technology Development Programmes

Technology Development programmes implemented by DST are generally based on technologyleads sourced from various public funded institutions in the country and linking them to translation and filedimplementation of the technologies. Technology leads selected for translation and implementation are microhydel systems for decentralized power generation, water purification for drinking water and solid wastemanagement. Total of 30 Technology leads were selected for translation and further development andtechnology proving in more than 50 locations in the country.

S&T for Socio-economic Development

Programmes relating Science and Technology to socio-economic development by the Departmenthave been of many types. In some cases, these pertained to the development of Entrepreneurships,technology incubations, women entrepreneurship parks, projects leading to capacity building of rural youthand weaker sections of the community. National Resource Data Management Systems (NRDMS) providelocation specific data on natural resources using geo-spatial and other data. Science and Society programmeshave delivered through long term core support to 17 field groups, training programmes for women andyouth covering about 250 groups, and total of 35 new projects sanctioned during 2009-10. Severalcapacity building programmes involving self-help groups have been organized. The total number of peoplebenefiting directly from the various programmes initiated under Science and Society scheme of DST duringthe year 2009-10 is estimated at 3,000.

S&T Entrepreneurship Development

During the last three years special momentum for establishment of Technology Business Incubatorshas been gained. Five new incubators were established during 2009-10 and seed support was extended tothree Science and Technology Entrepreneurship parks. A status report on STEPs and TBIs has beenbrought out for the first time. Innovation and Entrepreneurship Development Centres (IEDC) is a newscheme under which six IEDCs were established during 2009-10. Science and Technology EntrepreneurshipDevelopment STED projects were further consolidated under which 2500 units were promoted during theyear. More than 8000 students were imparted training in Entrepreneurship development during the year.

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International S&T Cooperation

Under the various ongoing S&T cooperation related activities, eighteen workshops and thematicmeetings and about 520 exchange visits, 416 new joint projects with support to more than 500 ongoingprojects and seven programmes were facilitated. Active programmes of cooperation with 25 countriesand EU, SAARC were supported during 2009-10. New intergovernmental agreements were finalizedwith six countries. Total of 13 joint committee meetings were held during 2009-10. CV Raman Fellowshipswith Africa fund making a provision for 1216 person months of research work per year in India werefinalized.

National Data Management Information System

R&D statistics relating to Indian S&T sector for two financial years namely 2006-07 and 2007-08were collected and brought out. Updating of R&D statistics data to gain currency has been prioritizedduring 2009-10. Global Research Report prepared by Thomson Reuters has brought out the growthtrends in scientific publications from India. CAGR of publication rate is assessed at about 12% per annumfor the last three year period. This is to be compared to the global rate of about 4% for the correspondingperiod. Relative position of India with respect to filing patents in the USA has improved from 25th in 2000to 19th in 2006 and 16th currently. The Department has mounted a new initiative Science, Technology andInnovation and Creation of knowledge (STICK) with a view to develop innovation indicators andbenchmarking of national innovation system.

Science Communication

More than 25 interactive programmes on science and technology covering all regions of the countrywere implemented during 2009-10. Children Science congress, Teachers Science Congress, ScienceCommunicators congress, Hands-on science are some maga programmes organized by the Departmentduring 2009-10. Total number of people to whom National Council for Science and TechnologyCommunication (NCSTC) wing of DST connected during 2009-10 exceeds 15 lakhs of people. ScienceExpress, a mega classroom on wheels, remained the flagship of NCSTC and since its launch in 2007 it hasreceived about 50 lakh people, mostly students, at 150 locations across the length & breadth of thecountry in 600 days of running.

Survey of India and National Atlas and Thematic Mapping Organization

Survey of India and National Thematic Mapping Organization (NATMO) have carried out moreextensive survey and prepared map data and products with increased spatial resolution for Open seriesmaps. Generation of digital topographic data on 1:25000 scale is under progress. Of the 19390 sheets,12027 have already been surveyed and 7874 sheets published in hard copy form with 5400 sheets beingavailable in digital format in soft copy forms. Tidal observatory network has been upgraded by installing 25digital tidal gauges co-located with GPS receivers along the Indian coast line.

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Autonomous Institutions Nurtured by DST

Department supports total of 15 research institutions, 5 professional bodies and three specializedknowledge institutions covering a wide range of research and science and technology areas. Averagenumber of publications emanating from these institutions during the last three years has been about 1350per year with an average impact factor per paper of 2.3. During the year 2009-10, more than ten scientistsworking in the institutions received high academic honours in the form election to prestigious scienceacademies, Shanti Swarup Bhatnagar prizes. Specific accomplishments of the institutions are elaborated inthis report.

Nano Mission and Mega Science

Under Nano mission, 33 new projects were initiated during 2009-10. Indian beam line in Synchrotronat KEK, Japan has been built and made available to Indian scientists on 250 days a year on a dedicatedbasis. Negotiations have been completed for availing access to Petra III in Desy in Germany. Thisarrangement would provide access to 13 beam lines in the advanced facility for supporting research onmaterials science. Similar negotiations have also been completed for gaining access to Elettra at Italy forfacilitating access to support macro molecular crystallography.

Drug and Pharmaceutical Programme

Six new collaborative projects between public funded institutions and industry as well as 8 loans forR&D in the private sector enterprises have been supported under Drug and Pharmaceutical programme.Phase 3 clinical trials for an Indian drug for malaria have commenced under this programme. New productsfor Kala Azar and anti AIDS have been launched in the market during the year 2009-10.

Innovation Cluster

A public-private partnership with NASSCOM for supporting innovation clusters in select sectors hasbeen developed. Incubation centres on innovation are being promoted through a partnership with TechnologyDevelopment Board.

Water Technology Initiative

Under water technology initiative, twenty technology products have been identified for assessmentfor applications in rural schools in 20 States. The assessment process has included evaluation of technical,financial as well social viabilities.

Training Programmes of S&T Manpower

Total of 41 training programmes have been conducted during 2009-10.

3. Resource Inputs planning and Deployment

Financial Deliveries

The total financial delivery of the Department has been 99.77% of the Revised Estimates of Planfunds. On account of implementation of several austerity measures, a net saving of Non-plan expenditures

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has been realised. System for expenditure planning and monitoring has been standardized and implementedresulting in process efficiency

Structured Mechanisms for Determining Grant-in Aid to Aided Institutions of DST

After several rounds of brainstorming discussions and planning, a systematic approach to determinethe level of Grant in Aid for Aided Institutions has been developed. Fixed costs of the institutions “A” weredetermined based on the number of scientific faculties contributing directly to the R&D outputs of theorganization. Fixed costs per faculty have been set at Rs.30 lakhs per scientist. Development costs of thelaboratories “B” covering R&D heads of equipment, consumables and chemicals as well as library havebeen computed at 66% of fixed costs of each institution. Objective methods for measuring the performancegrowth rate “C” over four of five selected parameters have been worked out. Consensus among all theAided Institutions for determining the size of the annual Grant in Aid has emerged. The phase-wiseimplementation of the approach commenced during the financial year 2009-10. Evidence-based resourcedeployment strategy for R&D institutions nurtured by DST is being experimented.

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SCIENCE AND ENGINEERING RESEARCH COUNCIL

The Science and Engineering Research Council (SERC) of the Department has emerged as the singlelargest support system engaged in promoting basic research in all areas of science and engineering and hasachieved significant success in furthering the growth of research in frontier areas. It has been the mainstayof open-ended basic research in the academic sector; about 44% of the extramural research funding inUniversities/ Colleges was from SERC and the rest from 18 other Departments/ funding agencies.

SERC continued its programmes to promote research and development (R&D) in new andinterdisciplinary areas of Science & Engineering. Projects to be sponsored under SERC are carefullyselected through the concept of Programme Advisory Committees (PAC). It played a pro-active role inidentifying challenging areas of research and supported proposals with defined objectives in these areas.SERC has over the years created a chain of research centers of excellence in diverse fields of S&T andcontributed to augment R&D capabilities at academic institutions and national laboratories. Many of theseCentres have advanced research facilities to attract young researchers.

Manpower Development is an integral part of the SERC Scheme. Innovative human resourcedevelopment programmes were initiated/ continued. It continued supporting programmes like the KishoreVaigyanik Prothsahan Yojana (KVPY), DST-JNC Summer Student Fellowships, Integrated ScienceOlympiad Programme, etc besides attracting Young Scientists to take up challenging R&D activities as acareer.

The Council met thrice during the period and has approved projects in various broad areas of Science& Engineering. It has supported several training programmes, workshops and SERC schools in the areasof Solid State & Materials Chemistry; Advanced Biological Inorganic Chemistry; Green Chemistryapplications, research activities & recent trends; Theoretical High Energy Physics; Nonlinear Dynamics;Nuclear Astrophysics & Neutrino Astrophysics; Astronomy and Astrophysics; Chronobiology- ClocksRhythms & Behaviour; Herpetology; Neurosciences; Coastal Hydrology; Atmospheric Effects & LocalArea Augmentation Systems; Aviation weather hazards; Matrix valuable calculus & statistical distributiontheory and applications in data analysis, model building & astrophysics problems; Optimization theory andapplication.

The Council approved a comprehensive Human Resource Development Programme inMathematical Sciences. It includes creation of regional forums for college teachers; development of non-traditional modes of delivery of education, primarily web based interactive methods; the InternationalCongress of Mathematicians 2010 in Hyderabad and number of satellite conferences; Mathematics Initiativesfor Women Students etc.

The contribution of Indian scientists in scientific Journals at national and global level is being recognisedby the peers and S&T Academies. Some of them have received National & International recognition.Special efforts were made to identify active scientists, particularly Young ones, and Institutions in remoteareas and encouraged them by providing research support, and Visiting fellowships, etc.

CHAPTER 1SCIENTIFIC RESEARCH, INFRASTRUCTURE ANDHUMAN RESOURCES DEVELOPMENT

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The Website for the SERC (www.serc-dst.org), which was launched eight years back, has beenupdated and is being used extensively by the scientific community.

Special emphasis has been given to the monitoring and evaluation mechanism of research programmesso as to asses the quality of work and research output. Several Group Monitoring Workshops have beenorganized in various disciplines in this period.

The Department, under the SERC R&D programme, sanctioned 527 Science and Engineering projectsat a total cost of Rs.16030.4 lakhs. The discipline-wise and institution-wise break-up of funds is given inFig. I & II.

Figure I SERC Support – Discipline Wise 2009-2010

Figure II SERC Support – Institution Wise 2009-2010

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R&D Projects sanctioned during 2009-2010

Broad Area No of Projects Sanctioned Cost(Rs in Lakhs)

Chemical Sciences 105 3261.1

Life Sciences 135 5308.8

Physical Sciences 74 2578.9

Earth & Atmospheric Sciences 60 1472.1

Mathematical Sciences 34 289.3

Engineering Sciences 119 3120.2

Total 527 16030.4

The JC Bose National Fellowships

To recognize active scientists and engineers for their outstanding performance and contributions,DST instituted JC Bose fellowships. These fellowships are scientist–specific and very selective and areopen to Indian Nationals residing in India who are below the age of 60 years and are having regularpositions in various institutions. The fellowship is granted for a period of five years. The value of thefellowship is Rs. 20,000 per month in addition to the Fellow’s regular income. In addition, it carries aresearch grant of Rs.5.00 lakh per annum. 35 scientists were awarded this fellowship this financial year.

The Ramanujan Fellowships

The Department instituted Ramanujan Fellowships for brilliant scientists and engineers from all overthe world to take up scientific research positions in India. It is especially directed at those scientists whowant to return to India from abroad. The Ramanujan Fellows can work in any of the scientific institutionsand universities in the country and they are eligible for receiving regular research grants through the extramuralfunding schemes of various S&T agencies of the Government of India. This fellowship is open to scientistsand engineers below the age of 60 years. The duration of Ramanujan Fellowship is also five years. Thevalue of the fellowship is Rs.75,000 per month for the first 3 years and Rs.60,000 per month during the lasttwo years. Each Fellow, in addition, receives a research grant of Rs.5.00 lakh per annum. 27 scientistswere selected for the award of this prestigious fellowship this year.

Swarna Jayanti Fellowship Scheme

The scheme was launched by the Government in 1997-98 to commemorate the 50th year if India’sindependence. Under the scheme, fellowship is provided to few outstanding young scientists upto 40 yearsas recognition of the research work done by them in Science & Engineering. A fellowship of Rs.25,000/-p.m. is provided under the scheme apart from the salary drawn by the fellow from his institute. A projectthat has novelty and innovativeness embedded in it is also supported along with the fellowship. The Departmenthas awarded 80 such fellowship since 1997-98 and many of the fellows that were selected were subsequentlyselected as Shanti Swarup Bhatnagar Prize or as INSA or Academic Fellows.

During the year, 202 applications in various areas were received as against 127 last year. The selectionprocess has 3 levels of scrutiny. During the last two years, the following candidates have been awarded theSwarna Jayanti Fellowship:

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Swarna Jayanti Fellowship Awards – Year 2008

SL. No. PI NAME & Address Subject Area

1 Dr. Jitendra K. Bera, D/o Chemistry, IIT, Chemical SciencesKanpur – 208 016.

2 Dr. C. Balaji, D/o Mechanical Engineering IIT, Earth & Atmospheric SciencesChennai – 600 036.

3 Dr. G.V. Shivashankar, NCBS, Bangalore – 560 065. Life Sciences

4 Dr. Pushkar Sharma, NII, New Delhi – 110 067. Life Sciences

5 Dr. Arindam Ghosh, D/o Physics, Physical SciencesIISc Bangalore – 560 012.

Swarna Jayanti Fellowship Awards Year 2009

Sl. No. PI Name and Address Subject Area

1. Dr Pradyut Ghosh, D/o Inorganic Chemistry Chemical SciencesIACS, Kolkata – 700 032.

2. Dr Shanthi Pavan, D/o Electrical Engineering, Engineering SciencesIIT, Chennai– 600 036.

3. Dr Souvik Maiti, Scientist, IGIB, Delhi – 110 007. Life Sciences

4. Dr Debashish Goswami, Stat-Math Unit, Mathematical SciencesIndian Statistical Institute, Kolkata – 700108.

5. Dr Abhishek Dhar, Theoretical Physics Group, Physical SciencesRaman Research Institute,Bangalore – 560 080.

Dr. Abhishek Dhar who was slected for this fellowship this year was also awarded the Shanti SwarupBhatnaar Prize for the year 2009.

The discipline wise details of the achievements are as follows:

CHEMICAL SCIENCES

Support to frontier areas of research continued. Several projects have been funded a few being inthe interface area of Organic Chemistry-Biology-Pharma. Several training programs have also beenorganized.

Organic Chemistry

The following are some of the new projects funded during the year.� Acyl transfer reactions in the solid state: Quantitative structure- reactivity correlation, mechanism and

investigations towards creating supramolecular structures that exhibit acyl transfer reactivity� Towards the expansion of the genetic alphabet: Design, synthesis and study of physical/photophysical

properties of unnatural nucleoside base analogues and incorporation into short oligononucleotidesequences

� Biomimetic studies of porphyrinogens and their non covalent interactions in the biosynthesis of hemeand related life pigments

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� Design of organic-inorganic hybrid materials and exploration of their gas adsorption and disorptionproperties

� Development of novel cyclophanes as probes for biomolecular recognition

� Tuning the properties of stimuli sensitive copolymers- A step towards purification of water

� Synthesis and evaluation of S-Triazine based novel polymeric light stabilizers for polyurethanephotostabilization

� Organocatalytic approach for the total synthesis of Sanglifehrin-A, Papulacandins, Fumonisin-B andTamiflu

� Chemical & Biological evaluation of selected Indian medicinal plants for anti-cancer activities

� Development of chiral catalysts for asymmetric hydroformylation of olefins for the synthesis of chiraldrug intermediates

� Investigation of gamma and hybrid gamma helical peptides as HIV-1 fusuin inhibitors

� New methods for the synthesis of medium-ring azacycles based on vinylogous carbamates

� Synthesis and pharmacological evaluation of biologically potent heterocyclic systems

� Development of perylenebisimide based n type semiconducting materials for opto-electronicapplications

A new initative in the interface areas of Organic Chemistry- Biology-Pharma was launched, and twoproposals were supported. One was to develop glycobiology oriented nanotools for development ofNEU-3 (human sialidase) inhibitors and explore their use for imaging of cancer cells. The second is toadopt chemical genetics approach to dissect pattern formation in the cellular slime mold Polyspondylium

Some significant achievements are given below:

� An efficient route for synthesis of new di- and tri- mesogenic compounds containing cholesterylmoiety by Cu(I)-catalyzed azide-alkyne cycloaddition ‘Click’ chemistry has been developed. This isthe first report of cholesterol based liquid crystal using ‘click’ chemistry. The dimesogenic compoundsshows SmA* ’!SmC* transition due to acentral transverse dipole derived from DFT study and thebranched chain of rigid cholesterol part plays an important role for stabilizing the SmC* phase.

� Many one-pot, multi-component, atom economical and sequential reaction methodologies forsynthesizing novel multi-functional molecules in high yield and selectivity were developed. 1,3-Dipolarcycloaddition of the anion of diethyl 1-diazomethylphosphonate, generated in situ from diethyl 1-diazo-2-oxoprophylphosphonate (Bestmann-Ohira reagent), with conjugated nitroalkenes gaveregioisomerically pure phosphonylpyraxoles in moderate to good yield. These pyrazoles are formedin one pot via spontaneous elimination of nitro group.

� Discovery of 1-formyl-9H-²-carboline as new electrophile for the Baylis-Hillman reaction and theutility of its product for the synthesis of canthinones and canthines was demonstrated.

� A simple and efficient methodology has been developed for the one-pot preparation of ±-methylene-³-butyrolactones by free-redical induced Barbier-type reaction of methyl 2-(bromomethyl)acrylateand aldehydes followed by in situ lactonization.

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� Synthesis of large generations (upto 6) of alcohol-functionalized poly(ether imine) (PETIM) dendrimershas been achieved. These dendrimers were tested as organometallic catalyst in C-C bond formingreactions such as Heck and Suzuki coupling reactions. From a series of studies, it emerged that themultivalent catalysts were superior than monovalent catalysts. This study has opened up a new,hitherto unknown possibility in catalysis, namely, significant increase in catalysis as a result of clusteringthe catalytic sites.

Inorganic Chemistry

Some of the new projects sanctioned are:

� Synthesis and Co-C bond reactivity in cobaloximes: Cycloadditions and molecular box assemblieswith two and more cobalt systems

� Thermodynamics of the inverse melting phenomenon in binary alloys : Experimental studies and abinitio simulation

� Dioxygen activation and haloperoxidase activity by mononuclear non-heme iron (II) complexes

� Bimetal core-shell nanomaterials embedded in silicate sol-gel and polymer membrane modifiedelectrodes and their applications

� Interaction of vanadate, molybdate and tungstate with hydrogen peroxide and hydroxylamine: Synthesis,characterization, reactivity, aqueous and solid state properties

� Models for the photosynthetic reaction center: Synthesis, structure, reactivity and photo-physicalproperties of porphyrin dimers and rationalization of supramolecular chirality

� Design and synthesis of fluorinated metal organic framework materials (F0MOFs) for reversible gasstorage and sequesteration applications

� Preparation of complexes by anchoring peroxo species of V(V), Mo(VI) and W(VI) to polymermatrices and explore their biochemical properties particularly the effect on enzymes and catalyticproperties in organic oxidations.

� Development of convenient synthetic routes to obtain chalcogen (mainly Se and Te) containing N-heterocyclic (viz. Pyridine, pyrimidine, quinoline) derivatives under mild conditions and study theiruse in organic synthesis. The solubility of the compounds will be enhanced by using micellar/microemulsion media

� Investigation of solubility and catalytic properties of substituted hydroxyl, fluoro and oxy apatiteceramics

� Development of analytical methodology for the determination of trace metals using FIA- complexedto SPME and AAS. This involves synthesis of new chelating reagents and study their efficacy for FIA

� Preparation of polymer-anchored coordination complexes and study their binding propoerites tonucleic acid with a view to explore their uses for anti-tumor properties.

� Synthesis of new organometallic complexes of group 4 metals (Ti,Zr and Hf) that possess Schiff baseand amine ligand scaffolds and testing them towards the polymerization of cyclic ester monomers

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(ἐ caprolactom, valerolactone, â butyrolactone, glycolide and lactide) and ethylene. The intention isto use them as viable catalysts for polymerization reactions.

Some important results that have come out from ongoing projects are given below:

� Novel tetra organo ditelluroxanes (containing picrate groups) and bis(ferrocencyl carboxylato)telluranes have been synthesized and characterized. These compounds could be useful precursorsfor tellurite glasses which are likely to exhibit non-liner optical properties.

� Simple synthetic methodology has been developed to synthesize porphyrnogens and its relatedmolecules like porphyrins and corroles. Most of these are fully characterized and their interactionswith different ions and molecules (host-guest) were studied in detail. Metalation of these porphyinogensis achieved to show that in contrast to porphyrins direct incorporation of trivalent metal ion is possiblein porphyrinogens.

� Several metal phosphate, phosphinate and phosphonate complexes bearing alkaline earth metal ions,transition metal ions and main group elements have been prepared. Many of the copper phosphateand phosphinate complexes synthesized during the course of this study were tested as catalysts in theoxidative polymerization reaction of 2,6-dimethylphenol. All the complexes tested were found to beexcellent catalysts yielding high molecular weight polymer PPE with relatively good selectivity.

� A variety of organomercury compounds having both multiple Lewis acidic as well as Lewis basicsites were synthesized and their structural chemistry, bonding and anion recognition property hasbeen explored.

� Organochalcogens with two ortho-coordinating groups gave access to a variety of novel compounds.Role of intramolecular interaction and additional substituent in the ortho position in stabilizingorganoselenium compounds especially selenenyl bromides and their subsequent cyclization to esterwere established.

� Intramolecular interactions were employed to isolate novel, stable ionic selenenyl chloride, bromideand tribromide. These compounds are excellent GPx mimic in bioassay.

� The first ambient temperature stable covalent selenenyl azide was synthesized and its reactivity hasbeen studied.

� Novel palladium complexes of organochalcogens have been synthesized and structurally characterized.It gave access to a variety of palladium complesex with different nuclearity and novel Pd…Pdinteraction.

A School on Advanced Biological Inorganic Chemistry was organized. Several tutorial lectures weregiven by distinguished scientists from India and abroad and laboratory experiments were demonstratedto the participants.

Physical Chemistry

Some new projects sanctioned are as follows;

� Couple cluster based linear theory (CCLRT) and closely related equation of motion based coupledcluster (EOMCC) methods to study the excited/ ionized state energies and electron properties of

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heavy atoms. Codes applicable to large systems at a reasonable computational cost and performlarge- cale computations are being developed.

� Investigation of similarities between diffusion across various condensed matter phases using MD andMonte Carlo techniques. This will help in fundamental understanding of diffusion of both monatomicand real molecular systems in diverse phases.

� Design and synthesis of pyrazoline polymers containing triazole receptor for sensing metal ions.

� Preparation of micro/ nano MgO from bittern solution and evaluate their surface characteristics aswell as catalytic activity in some important organic reactions.

� Systematic QM/ MM study on a set of hydroxylase enzymes. The study is expected to help infundamental understanding of enzymatic action in biological systems

� Atomistic molecular dynamic simulations of unfolding dynamics of globular proteins under differentdenaturing conditions and unfolded state.

� Study of electron transfer coupled proton transfer reactions of various meso substituted porphyrinderivatives using time resolved spectroscopic techniques.

� Study of liposome-DNA and liposome-protein complexes by electrochemical and piezoelectricweighing methods

Some significant results obtained form ongoing projects are given below:

� Analytical gradient based geometry optimization with improved virtual orbitals have been developedusing intruder free multi-reference perturbative and non-perturbative formalism approach. The optimizedgeometry resulted from this study is as accurate as obtained from widely used complete active spaceself-consistent field (CASSCF) procedure and is also computationally less expensive. Further,“improved virtual orbital” based method is available in GAMESS, an open source quantum chemistrypackage.

� Ilmenite AgSbO3 was synthesized by ion-exchange reaction of NaSbO

3 with silver nitrate and it was

characterized using various techniques and studied for the photo-catalytic applications. AgSbO3

exhibited unique optical absorption behaviour capable of absorbing UV and visible light with wavelength» d”500 nm. Investigation of photo-catalytic degradation of dyes such as methylene blue and rhodamineB agreed well with the optical absorption behaviour and showed excellent activity under UV lightradiation. The investigation points towards the possibility of ilmenite form of silver antimony oxide asa potential visible light based photo-catalyst for splitting water to produce hydrogen.

� Solvation dynamics in microheterogeneous water channels of Nafion membranes have been performedusing steady state and time resolved fluorescence techniques. It has been found that the water channelsof Nafion are found to consist of at least two different regions: water molecules near sulphate groupsexhibit typical slow & ultraslow dynamics observed in microheterogeneous media, whereas theaqueous core appears to exhibit bulk-water- like ultrafast relaxation. This is the first solvation studyof such systems.

� Photofrangmentation spectroscopy of molecules relevant to atmospheric processes has been studied.The apparatus with a quadrupole mass spectrometer has been built and several interesting studies

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have been performed. UV photodissociation of various carbonyl compounds have been studied andanalysed both by mass spectrometry and FTIR spectroscopy. The fragmentation mechanism of 1,2–cylcohexanedione (1,2 CHD) has been proposed.

Green Chemistry

The following projects were sanctioned during the year:

� Development of nanostructured membrane for solvent recovery from organic solution.

� Production of Lactic acid in membrane-integrated hybrid reactor system-A green technology approach.The process is based on renewable sugar cane juice feedstock and is energy efficient.

� Development of ecofriendly process for reuse of waste plastics for laying plastic tar road in coldregions

� Development of fly ash/ polymer composites as green building materials like floor tiles, pavementtiles, concrete repairing etc.

� Investigation on synthesis, development and applications of metal-proline complexes as organo-catalysts for organic reactions in aqueous media

� Development of an environmentally friendly, biodegradable plastic from bacteria which can be usedas a packing material.

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Workshops were organized to enhance the awareness among students, teachers and scientists aswell as industry to adopt Green Chemistry principles & practices. A SERC School was organized tointroduce diverse aspects of Green Chemistry to young faculty and researchers working in various institutions.

Some highlights of the results are as follows:

� A solid green reagent utilizing liquid bromine precursor (instead of toxic liquid bromine) was developedand used as brominating agent for many organic transformation reactions. The precursor comprisesof either a 5:1 or 2:1 mole ratio of NaBr- NaBrO

3 which releases bromine on demand upon

acidification. Processes have been developed for bench scale preparation of high purity and desiredyields of bromoproducts. These have been protected by US and PCT Patents. Dialogue withindustry is on for technology transfer.

� A study for degradation of polypropylene using biosurfactants was undertaken. Biosurfactants help indegradation of various hydrocarbons by helping the microbes to bind to the polymer surface and useit as a carbon source. Biosurfactant producing new strains of Bacillus subtilis YB7 and Pseudomonasaeruginosa from plastic dump site and petroleum contaminates sites were isolated. Production kineticsof surfactants, parameters affecting the production of glycolipid and biofilm formation and degradationof PP were studied.

� Biocomposites were prepared using Polypropylene (PP) as the matrix and the natural fibres,Hildegardia populifolia, as reinforcement. This natural fibre possesses better mechanical propertiesand is available in large quantities in Andhra Pradesh. The tensile properties were found to be higherwhen the compatibilizer was used.

� With a view to accurately determine the role of ionic liquids in different chemical processes,thermosolvatochromism has been studied in three series of ionic liquids. Viscosities of binary mixturesof pyridinium based ionic liquids (1-butyl pyridimium tetrafluoroborate [BP][ BF

4], 1-butyl 3-methyl

pyridinium tetrafluoroborate [3-MBP] [BF4],1-butyl pyridinium 4-methyl tetrafluoroborate, [4-MBP]

[BF4] and phosphonium based ionic liquids, (tetra butyl phosphonium alaninate [TBP] [Ala], tetra

butyl phosphonium valinate [TBP][Val]) with molecular solvents water, methanol, dichloromethanehas been measured at 298.14 K. The fall in viscosity in the close vicinity of pure ionic liquid is moreprominent in polar solvents like water. A drastic reduction in viscosity of ionic liquid upon addition ofa solvent like water has been considered as a point on which the reactions can be planned forachieving higher rates. Diels-Alder reactions were carried out in such ionic liquid solutions with asharp increase in yields.

PHYSICAL SCIENCES

The research projects and programmes supported under Physical Sciences covered a wide range ofemerging topics. The technical evaluation was done by respective Programme Advisory Committees (PACs)which also monitored the progress made in ongoing projects.

Condensed Matter Physics and Materials Science

A broad spectrum of research activities were supported through the sanctioned projects.

In a project, optimization of the metallization process, etching process and passivation process forAlGaN/ InGaN/ GaN systems (nitride based III-IV compounds) is being done. UV-LEDs will also be

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fabricated and characterized. LED in the 410nm region to be produced in the project. In another project,technology for epitexial growth of group-IV semiconductor hetero-structures for high-mobility MOSFETsand floating gate Ge nanocrystal memory devices will be developed. In a different project, ZnO nanostucturesis being synthesized through sol-gel technique and characterized by structural, electrical and optical properties.ZnO diodes are being fabricated to achieve the lasing action.

Different polymeric materials are being synthesized and characterized after irradiation with swift heavyions and their correlation with the performance of organic-FETs established in a project. Development ofthe LED devices with improved efficiency through better utilization of triplet excitons, hole and electronblocking layers and improved contact materials to be undertaken in a different project. In another project,white light emitting OLEDs using conducting polymer PFO (for blue component) and phosphorescentdyes (for green and red) are being developed. Using the phosphorescent dyes, it was expected to utilizeboth singlet and triplet excitons enabling them to attain higher energy conservation efficiency.

Synthesis, characterization, evaluation of dielectric/ ferroelectric properties, structure- propertycorrelations etc. of low lead and lead free ferroelectric-piezoelectric composite materials are undertaken ina project. In another project, different types of DLC materials are being synthesized. Measurement of theiroptical properties like birefrigerence, tilt angle, switching, dielectric anisotropy, etc along with spontaneouspolarization of FE and AE LC phases in the DLCs formed by their chiral molecules being made. Organic-inorganic hybrid nanostructured liquid crystals materials are being prepared in another project. Rare earthdoped KTP single crystals would be grown and characterized for electro-optic applications.

Theoretical investigations on Kondo effect and STM conductance spectrum in graphene is beingperformed in another venture. Studies on effect of disorder and the presence of external bath on nature ofdefect production when system is quenched across the quantum critical point are being carried out. Inanother project, calculations for optical properties of the bulk chalcopyrite semi-conducting compoundsand the electronic and optical properties of the defect chalcopyrite compounds to be undertaken whiledynamics of the self organized criticality (SOC) in a complex and evolving network is being studied byMonte Carlo simulation in anohter. Theoretical and numerical techniques to model plasmonic waveguidestructures for sub-wavelength applications are under development in a while a theoretical study of correlationbetween plasma parameters with structural characteristics of carbon nanotubes has been undertaken in adifferent project.

In a project, fabrication of an ammonia gas sensor from conducting polymers, both in bulk and thinfilm forms is be attempted. CNT integrated epoxy polyacrylate blends to be synthesized in a separateventure. Study of the replacement of polar and non polar organic solvents used in the preparation of epoxypolyacrylate blends by supercritical carbon dioxide being undertaken in yet another task while physicalproperties and underlying physics of stoichiometric, off- stoichiometric and transition metal/ metals substitutedalloys, with an intention to develop high power factor thermoelectric devices for power generation arestudied in another. Yet another project attempts to study of FFLO state in a variety of systems, includingspecifically cold atom systems will be done. Relationship between fermionic superfluidity and atomicsuperfluidity is the topic of a study while separately giant magneto-impedance of Fe and Co based amorphousalloys are being investigated. Electrical resistivity on transition metal oxides and silicate minerals at highpressure–high temperature are being undertaken to understanding phase transitions and associated variationsin the properties of the materials in a different project.

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Studies towards the identification of the pigments present in ancient Indian paintings and other artwork available at archaeological sites and in the different museums across the country with Ramanmicroscopy have been initiated and in a different project, lead free ceramic dielectric resonators based onbarium titanate zirconate, barium titanate cerrate and barium niobate zirconate would be developed throughboth solid state and mechanical milling techniques. A project has been awarded to study effect of f-electronon the mechanical structural electronic and optical properties of f-band materials under pressure whileanother one looks at Ion transport mechanism in different ion conducting systems (electrolyte and positiveelectrode material).

Several interesting results were reported from ongoing projects:

Nanomagnatic particles of manganites, Mn-Zn-ferrite and cadmium ferrite and Ho-subsituted ferritewere synthesized and characterized. Some particles were coated with Dextran, citrate and silica. XRD,FTIR, VSM and TGA were used to characterize the particles. Applicability of these systems for biomedicaland biotechnological applications was studied in the project.

In another project junctions were formed between a monolayer of an organic donor molecules, amonolayer of a p-type nano-parlticle & a monolayer of an n-type nano-particle, and a monolayer ofinorganic nano-particle & a monolayer of an organic molecule. All the junctions showed rectification.Mechanism of rectification was studied in detail and the results had been explained by means of suitableenergy band diagram.

Magneto-optical imaging was performed at low temp. (10K), high magnetic field sensitivity (<10 mGauss) with spatial resolution of 0.7 microns. Transport current imaging via the self field was successfullyemployed. Imaging of local magnetic field distribution inside superconductors, which are nanopatterned,was done.

Low field ZFC/FC magnetization and ac-susceptibility in a Fe/Cr multilayers, prepared by ion–beamsputtering showed spin glass like phase with logarithmic magnetic relaxation in another project. Electricalresistivity of the PLD grown self assembled, epitaxial nickel nanocrystallites in TiN matrix at lowertemperatures showed conclusively T dependence below the observed minima at T

min unlike InT in 2D

multilayers.

In another project, a variable temperature and high vaccum (HV) STM/STS system with up to 5Tmagnetic field had been successfully developed and tested. A HV chamber, for in situ annealing, cleaningor cleaving of the samples, was also installed. Nearly electronically homogenous four different compositionepitaxial thin films of colossal magneto-resistive manganites were studied.

Plasma, High Energy, Nuclear Physics, Astronomy & Astrophysics and Nonlinear Dynamics

The supersymmetric extension of the Left-Right symmetric models to describe some of the aspects ofPhysics beyond the standard model for elementary particles is being explored. Detailed implications of the“proton spin problem” and the weak axial form-factor for the semi-leptonic decays of hyperons in thechiral constituent quark model with the latest data available from various experiments is under study inanother project. In a different project, ·-nucleon and ·’-nucleon coupling using light-cone QCD sum rules,including SU(3)

F breaking are under investigation.

Quasar absorption lines provide important information on the properties of material in their hostgalaxies, interstellar medium of the intervening galaxies and the intergalactic medium. One project aims to

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determine the chemical abundances in a statistically large sample of Damped Lyman Alpha and sub-Damped Lyman Alpha systems at low redshifts to understand the chemical evolution of galaxies and thedust content of the absorbers In another project, a systematic and unified database of interstellar absorptionin the Galaxy from various available astronomical data is being created with the ultimate goal of creating a3-D map of the interstellar medium. One project deals with the nature of the “Dark Energy” that constitutesmore than 70% of the energy content of the Universe. Another project deals with the observation of radioemission from extra plannar region of edge-on disk galaxies. X-ray variabilities of a selected set of activegalactic nuclei (AGN) and their correlation with those in other wavebands is being studied in anotherproject.

Theoretical and experimental study of quasi-free knockout and transfer reactions are investigated inanother project. The band structure in nuclei in the framework of Deformed Hartree-Fock model withAngular Momentum Projection is also being explored.

In a project, design and fabrication of a microwave plasma assisted atomic layer deposition system,characterization of the plasma parameters and investigations on the effect of plasma parameters on theproperties of nano layers of pseudo binary oxide high-k-dielectrics deposited by the same is being done.Synthesis of ultra-nano-crystalline diamond films for field emission applications using microwave plasmaenhanced chemical vapour deposition to be synthesized in another project. Studies on plasma surfacemodification of polyester fiber and fabric is being carried out to enhance dye uptake properties with naturaldyes. In a different project, development of Compositionally& Microstructurally Graded Thermal BarrierCoating by Plasma Spraying is under study. In a different project, physics of dusty plasmas and itsapplications in systems in real life is the focus.

SERC Preparatory School in Theoretical High Energy Physics was held at IIT, Chennai during 4-31October 2009 while School on “Nonlinear Dynamics” was held at Delhi University during 8-28 December2009. One SERC School in the Experimental High Energy Physics was held at IIT, Mumbai during 8-28December 2009. SERC School on “Nuclear Astrophysics and Neutrino Astrophysics” was held at Universityof Calicut, Calicut from 18 January to 8 February 2010.

Several interesting results were reported from ongoing projects:

In a project, the nuclear reaction has been investigated with an emphasis on the meson and 7Beinteraction in the final state. Measurements of the differential and total cross sections for the reaction at fiveenergies were reported and comparison with theoretical models were made.

The effect of inhomogeneities and absorption in the medium and initial curvature of the beam on selffocusing has been investigated in a project. Mutual focusing of the beams in plasmas and magnetoplasmasand the condition for propagation of a number of beams in the uniform waveguide mode had been derived.The effect of thermal conduction on self focusing in plasmas and the ionosphere had been evaluated. Themutual attraction of two parallel beams in plasma and the ionosphere had been evaluated. Ring formationin electromagnetic beams in underdense and overdense plasmas have also been examined. The nonlinearpropagation parameters and self focusing in the ionosphere too was investigated. The three regimes in theradius-power plot for self focusing in a magnetoplasma were characterized. Some problems on self focusingfilamentation instability had been investigated. The growth of a ring ripple in a plasma and magnetoplasmawas also investigated by incorporating a single dielectric function, determined by the resultant of the mainbeam and the ripple.

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Lasers, Optics, Atomic and Molecular Physics

In a project, cooling of molecular ions with the technique of sympathetic cooling using Ba+ in an iontrap for the purpose of high resolution spectroscopy has been studied and a facility to develop a capabilityof performing molecular spectroscopy at a few 100 KHz is being setup. Another project explores linearand nonlinear optical effects in nanostructure materials with very high spatial and temporal resolution.Establishment of cavity ring down spectrometer for absorption measurements of trace species in the earth’satmosphere is being established in another project.

Conformational landscapes spectroscopy and dynamics of some bio-molecules and their hydratedclusters has been undertaken in a project while another one focuses on effects of confinement of atoms orions in plasma on their spectra.

Development of digital holographic techniques and their applications for the study of vibrations,contouring of diffused objects and measurement of temperature in fluids (liquids and gaseous flame) is tobe done in a project. A different project attempts to develop swept source optical coherence scanningmicroscope for 3 D-surface profilometry and tomography.

Growth and characterization of some organic NLO materials for various optoelectronic applicationsis being studied in a project and double tungstate single crystals are to be developed for Raman laserdevices in yet another.

SERC School on “Atomic and Molecular Physics” was held at Physical Research Laboratory,Ahmedabad during March 2009.

Several interesting results reported from ongoing projects are as follows:

In a project, a non–mechanical scanning Optical Coherent Tomography (OCT) system had beendeveloped for application in 3D-surface profilometry and tomography. A non- mechanical scanning Talbotself-image plane shifting system was also demonstrated. The high resolution and high contrast imaging ofpolystyrene spheres, onion films and blood cells were carried out using SS-OCT system. Synthesis ofspatial coherence of the light generated by broad band Super luminescent diode (SLD) was carried outand investigation on the effect of the spatial coherence of the light on the visibility of the interference fringeswas done.

In another project, several microstructure in PMMA/ PDMS were fabricated successfully. Thenanostructures were obtained in Baccarat glass. The laser–matter interaction for various writing conditionsin different materials were studied by Raman, UV–visible, FTIR, laser confocal, SEM and ESRspectroscopies. Fluorescence from laser written regions of fotran glass was demonstrated.

The white light emission was achieved in the rare earth doped telluride glass systems in anotherproject. Sol-gel technique for glass preparation was developed. The terbium doped sol gel silica glassgave very good emission in green and blue region. Nano particles of silver, gold and bismuth metals wereprepared in water, glycol, methanol, etc using the laser induced liquid ablation system. Some rare earthdoped phosphors were prepared through combustion method. Intense up conversion emission had beenobserved in Er3+/Yb3+ doped Gd

2O

3 phosphor.

Optically transparent crystals with sizes upto 7 cm in diameter were grown by slow evaporation andslow cooling methods in another project. The seed crystals with (001), (100) orientations were mounted in

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the ampoule separately with various thickness to grow bigger size crystals. The mounted ADP and KDPseed crystals with various directions grew as large transparent crystals.

In another project, appropriate nonlinear evolution equations and studied soliton propagation andmodulational instability in nonlinear birefringent fibers, wavelength division multiplexing systems, dispersionmanaged fibers, fiber Bragg grating structures, photonic crystal fibers, Bose-Einstein condensates, nonlinearbulk media, nano materials, and negative refractive index materials was devised.

LIFE SCIENCES

Animal Sciences

Capacity building activities

Various innovative capacity building exercises were organised during the year. These involved facultymembers from different parts of the country and abroad. The participants were heterogeneous in nature,selected after thorough scrutiny. These programmes enabled renewal and exchange of ideas among theparticipants and faculties in the respective areas.

SERC Schools were organised in different areas such as a) SERC School in chronobiology heldfrom 25 December 2009 to 7 January 2010 at JNCASR, Bangalore; b) SERC School in neurosciencesheld during 7-21 December 2009 at IISER, Pune and c) SERC School in herpetology held during 2-7November 2009 at Arya Vidya Peeth College, Guwahati. The workshops included SERC Workshop forpromotion of research on wild life fauna of NE region held during 21-25 October 2009 at GuwahatiUniversity and Workshop on quantitative analysis & modelling in animal sciences held during 6-11 October2009 at YASHADA, Pune.

New projects

Basic research in animal sciences was facilitated by funding individual and joint collaborative projectsto scientists & technologists working in educational institutions, national laboratories and other recognisedR&D institutions. Several new projects were funded in sub areas like ecology, faunal diversity, parasitology,aquaculture, toxicology, reproduction, development etc.

Ecology

The projects sanctioned include, the nutritional ecology of ant-plant mutualisms, comparative ecologyof the house sparrow Passer domesticus in rural and urban landscape, macroecology of the terrestrialherpetofauna in Andaman and Nicobar archipelago, studies on the behavioural and community ecology ofanuran tadpoles, and ecology of leopard Panthera pardus in relation to prey abundance and land -usepattern in Kashmir valley.

Faunal diversity

Morphological and molecular taxonomic investigations of locally available entomopathogenicnematodes (EPN) occurring in Barak Valley (Assam) and taxonomic study of endemic fish fauna of Chindwinand Kaladan river basins of NE India were commissioned.

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Parasitology

Modelling spatiotemporal distribution of host-parasite populations and disease spread, characterizationof genetic diversity of E.sorbillans and its symbiont Wolbachia and enhancement of parasitisation capacityof its parasitoid N.thymus.

Aquaculture

Characterization of digestive proteases of Indian major carps and its capacity to digest plant proteins,elucidation of role of retinoic acid in regulation of growth, reproduction and metabolism of edible crustaceans,and studies on ²-1, 3 glucan binding protein (²GBP)– receptor mediated cellular immune responses in themarine mussel Perna viridis.

Toxicology

Postnatal neurochemical and behavioural perturbations in rats following prenatal exposure to leadand studies on the impact of Bt toxin on soil microbes, nematodes, annelids and arthropods were funded.

Reproduction & development

The following projects were sanctioned. Ovarian vasotocin and vasotocin receptor genes: molecularcloning, characterization and expression among catfish and it’s role in spawning activity, sex determinationand gonadal differentiation in the Indian skipper frog, Euphlyctis cyanophlyctis- role of temperature insex determination in anuran amphibians, functional studies on novel sex-specific lipoclains of hamster, andin vivo and in vitro studies on maturation of spermatozoa in the lizard, Mabuya carinata.

Achievements

Faunal diversity

Taxonomic study of the helminthes infecting freshwater food fishes with reference to their biodiversityrevealed numerous undescribed trematode metacercariae of Tetracotyle group infecting various fishes. Anew cestode larva of Cyclophyllid group has also been described.

Aquaculture

The study of biology of edible crustaceans (Oziotelphusa sensex sensex, Scylla serrata,Macrobrachium rosenbergii and Penaeus monodon) in relation to molting and reproduction revealedthe involvement of eyestalks on the regulation of molting and reproduction based on eyestalk ablationstudies. Biological activity was established for several eyestalk peptides. The CHH-family genes wereisolated and cloned from the crab Oxiotelphusa sensex sensex and prawn Macrobrachium rosenbergii.Manipulation of expression of these genes would pave the way for enhanced growth and reproduction inedible crustacean species.

Reproduction and Development

Studies on structural and functional characterization of haemolymph factor(s) which mediateecdysteroid action in insect revealed two heamolymph factors (HP19 & HP23) which play regulatory roleduring the postembryonic development. HP19 was shown to regulate ecdysteroid mediated actions likeincrease in acid phosphatase activity, phosphorylation of various proteins during the post embryonicdevelopment. HP23 plays important role in metabolism of ecdysteroid and regulation of ecdysteroid level

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during the postembryonic development. In vivo immobilization of the HP19 and HP23 causes abnormal/defective development/ metamorphosis and mortality of the insect. These could be used as potential targetfor the management of lepidopteran pests, which cause serious loss to agricultural produce.

Studies on delayed embryonic development in Cynopterus sphinx with implications of metabolicfactors, demonstrated for the first time that the bat undergoes delayed embryonic development to facilitatethe fat accumulation in C. sphinx. Fat accumulation in the bat is essential for their survival. The studyconfirms earlier observation of differential fetal growth in C. sphinx during two successive pregnancies ofthe year and demonstrates that the prolonged first pregnancy in winter is due to delayed embryonicdevelopment. The period of delayed development in November-December coincides with low BMR, lowbody temperature, low succinic dehydrogenase activity and fat accumulation.

Animal Communication

Characterization and behavioural correlates of songs and calls in the Indian chat Cercomela fuscaand the pied bush chat Saxcola caprata revealed important characteristics of selected bird models whichprove them to be suitable models in achieving a deeper understanding of the patterns and processesinvolved in acoustic communication network.

Biochemistry Biophysics, Microbiology and Molecular Biology

Department continued to promote growth in modern biology by providing support to basic researchin the areas of biochemistry, biophysics, molecular biology and microbiology. About 35 projects werefunded; 22 in academic institutions and 13 in research institutions. Research projects funded in the broadareas pertained to the following subjects :

Biochemistry

The projects currently under implementation aim to study: role of a core subunit of polymerase II,Rpb4 in transcription elongation, interaction of Leptin with endothelium and its implication in angiogenesis,screening of extracellular matrix protein derived cryptic bioactive peptides in regulation of cell activity,studies on marine anti-cancer compounds etc.

Structural Biology/ Biophysics

Under this sub area, structure of: plant lectins, DAHP synthase, RNA plant viruses, Methioninineaminopeptidase from MTb, chitinase from Tamarindus indica, brain energy metabolism of parkinson’sdisease by NMR etc. are under taken .

Molecular Biology

Genetics of primary microcephaly at molecular level, RNAi mediated silencing of key polyaminesynthesis gene Ornithine decarboxylase for control of fungal pathogens and cancer, molecular and functionalstudy of cerebellar ataxia (SCA 1, 2 and 3) in Zebrafish, hyaluronan Binding Protein 1 (HABP1) overexpressing cell lines as a model to examine autophagy induction in tumorigenesis, signal transductionpathway involving the role of p66shc and RhoGTPase racl in neuronal cells etc. are being studied.

Plant Molecular Biology

The projects related to functional characterization of hydrolyzing enzyme from Vigna radiate, studieson aldose reductase homologue gene in Vigna mungo for drought stress tolerance, role of Ca+ calmodulin

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dependent protein kinase in nodule formation in Arachis hypogea, genetic transformation in Eleusinecoracana for salt tolerance by heterologous expression of Na+ -H+ antiporter gene; development oftransgenic Brassica Juncea expressing normal and mutated edema factor gene for the development ofvaccine against anthrax. etc have started.

Microbiology

The microbiological studies on bacillus lipase, phosphoprotein P and nucleocapsid protein N ofChandipura virus; protein translocation pathway from malaria parasite, Fumarate TCA cycle intermediatein Plasmodium falciparum, Arteether sensitive and arteether resistant protein from rodent malaria parasite,kinesin from E. histolytica, molecular studies on Glutahione utilization pathway of yeast, regulation of L-sorbose utilization in human fungal pathogen Candida albican, characterization of natural antimonyresistance related gene(s) of Leishmania donovani.

Research outcome from some ongoing and completed projects were as follows:

Biochemistry

• Project on “Insights into pairing of meiotic chromosomes and recombination using yeast” suggestedthat Hop-1 protein, or its zinc-finger motif, play a key role in physical monitoring of recombinationintemediates and branch migration of the Holliday junction. Hop-1, a component of SC, was thefirst protein shown to interact with the holliday junction and cause the symmetric distortion of itsstructure from yeast or any other organism.

• Results from “Identification of regulatory mechanism that monitor the formation of replicationcomplexes” discovered that the eukaryotic replication protein RP1 is degraded after exposure toultraviolet radiation.

• Studies on “SREBP mediated regulation of low-density lipoprotein receptor (LDLR), low densitylipoprotein receptor-related protein (LRP) and receptor associated protein (RAP)” suggested thatthe hormones Insulin and Estrogen have regulatory effect on the expression of LDL-receptor(LDLR).The expression of either LRP-1 or RAP has not been found affected by these hormones.

• “Modulatory effects of herbal drug ingredient (S) on transcription factor pregnane & xenobioticreceptor (PXR)” analysed and summarized the following:

• Drugs that produce elevated level of PXR activity: Acacetin. Resvetrol, Guggulstrone, Forskolin,Kaempferol;

• Drugs that produce moderate level of PXR activity: Quercetin, Vincristine, Vinblastine, Hypercin:

• Drugs having no significant effect on PXR activity: curcumin, Capsacin, Etoposide, Catechin, silymarin,Anethol, Eugenol, Taxol, Digitonin, Camptothecin, Colchicine, p-coumaric acid.

Structural Biology

• The structures of proteins from two major protein classes: hemopexin and legumin were workedout. Structure of LS24 from L. sativus and CP4 from V.unguiculata presented the first hemopexinstructures from plant kingdom, establishing and evolutionary link with mammalian hemopexin fold.The research proposed a mechanistic model explaning the functional significance of a novel plant

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protein in plant stress physiology and polyamine metabolism. The work on the globular protein of P.dulcis gave definitive insights into the structural features associated with protein allegenicity.

• Jack bean and pigeon pea ureases were purified crystallized and diffraction data were collected.Structures of both the ureases were successfully determined.

• It was shown that intermolecular interactions were very important in both small molecule andmacromolecular crystal structures. They play a crucial role in crystal packing and molecular recognitionin drug receptor complexes.

• A method was developed to switch the specificity of a DNA-binding protein to a different targetsequence using isosteric amino acid substitution. This technique may be useful for creating synthetictranscription factors with designed specificity.

• The mechanisms of folding and unfolding of the protein monellin were delineated. Important findingswere reported on folding of single chain monellin and GroEL assisted folding of monellin. Researchalso provided direct evidence for a dry molten globule intermediate at initial stage during unfolding.

• For the first time cloning and expression of complete human GIP were carried out.

• Interaction between a substrate or inhibitor and its complementary a receptor were studied. Thismethodology can be gainfully exploited to design more tight binding inhibitors, with greater potencyand efficacy.

Microbiology

• A novel protein complex formed by interaction of protein encoded by 3 previously uncharacterizedORFs of S cerevisiae (YFR044c, YBR281c and YNL191w) that function specifically in glutathionedegradation was described. It was also suggested that both the alternative pathway and the y-GTpathway might be playing a very minor role; if any, in dealing with excess glutathione levels in the cell.

• It has been shown that the recombinant FAD synthetase enzyme from yeast can be purified andconcentrated to its homogeneity level by optimizing the expression and purification protocol in E.coli.Also, for the first time the crystallization condition for the yeast FAD synthetase were identified.

• Research on “FtsZ as Antibacterial drug target” reported that curcumin induced filamentation inBacillus subtilis’ 168 cells suggesting that it inhibits bacterial cytokinesis. SepF (a septum formingprotein) was cloned and purified for the first time ever. The results also suggested that the cysteineresidue (Cys-155) of MtbFtsZ plays an important role in the assembly of MtbFtsZ into protofilaments.In addition, the polymers formed from MtbFtsZ are more stable than that of EcFtsZ.

• An important helicases from malaria parasite was characterised which will help in understanding theimportant process of nucleic acid metabolism in the malaria parasite.

DST intervention has been successful in consolidation of Indian researchers’ efforts. Competencehas been built in the area by training in emerging areas, which is reflected in the publications of researchpapers with high citations in high impact factor journals.

Health Sciences

During the year, the Department continued support to projects/ programme and activities on thecutting edge and frontline areas of Health Sciences. Several projects/ programmes were generated,

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formulated and supported in high priority areas based on disease pattern of the country to strengthen theR&D knowledge base, generate baseline data, develop newer diagnostic methods, devices, processesand drug delivery system and study mechanism of action across ‘different areas/ sub-areas’ and ‘institutions’with greater emphasis on fostering and promoting research and innovation to meet the rising health challengesahead.

With the increase in life expectancy worldwide cognitive impairment and dementia are emerging as amajor public health problem which present grave challenge to our society. During the year, severalprogrammes initiated in the area of neurodegenerative disorders like Alzheimer’s disease and Parkinson’sand presenile dementia. Presently therapeutic regimens for neurodegenerative disorder are very limitedand provide only marginal symptomatic relief. As in-depth understanding into the multiple mechanismsthat contribute to cellular injury during oxidative stress would lead to paradigm shift in the approach fordesigning new attractive alternative viable therapies to either prevent or reverse the course of disease. Aproject was initiated to elucidate different mechanisms of amyloid ² Protein (A ²) toxicity in young and agedrat brain to understand the pathogenesis of Alzheimer disease in brain associated A ² -42 accumulation,mitochondrial damage and oxidative stress. Another project on Presenilin (PS)1 and PS2 genes involvedin brain development and function and their mutations which are associated with early onset of familialAlzheimer’s disease (AD) was also initiated. Another project is being formulated to study the role ofgenetic polymorphism of drug metabolizing enzymes, CYP2PG, CYP3AU & UGTs in Alzheimer’s patients.

The ubiquitin proteasomal system (UPS) has been shown to play central role in severalneurodegenerative diseases. A project was supported to explore the therapeutic potential of heat shockproteins against the ubiquitin proteasome dysfunction in an experimental model of Parkinson’s diseasewhile another formulated to understand the patho-physiology and functional processes involved in variousparkinsonian disorder like Parkinson’s disease (PD), multiple system Atrophy (MSA) and ProgressiveSupranuclear Palsy (PSP) using functional MRI.

During the year, a collaborative multicentric study initiated on a rare disease called Limbgirdle musculardystrophy (LGMD), an autosomal dominant genetic disorder. This a disease under the age of 16 yearscausing muscular disability in children particularly prevalent in South India, in view of the high degree ofconsanguineous marriages. It is proposed to profile the known genes of ARLGMD and also to identifynovel genes for early diagnosis & better understanding of pathophysiology of the disease.

Another developmental disability affecting functions in children is cerebral palsy. A study has beeninitiated using MRD including diffusion tension imaging (DTI) metrics to assess neuro-psychological subtlechanges in the micro-structural organization of white matter fibre tracts which indicate plastic changes inmotor pathway. To design novel molecules with antidepressant potential in animals model(s) to exactlystimulate the clinical conditions of chronic and treatment depression. The expression profile of differentneurotrophins level in specific brain areas and their receptor mediated signaling pathways is being studiedin rat model to design new treatment modality to depression, targeting neurotrophin receptors and theirsignaling pathways.

The proteome profiles of endometriosis patients to understand pathophysiology of endometriosis forclassification, diagnosis, management and treatment of this problem is being investigated. Post-menopausalbone loss leads to osteoporosis is being explored and project supported to develop Kaempferol (k), aflavonol, as a potential therapeutic agent for post menopausal osteoporosis. A project was initiated to

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address the issues on the impact of sperm quality on embryogenesis. The system biological basis ofexpressional networks in endometrial receptivity for blastocyst implantation is being investigated.

Several projects initiated in the area of cancer Biology to delineate pathways for molecular basis ofthe disease. The role of molecular basis of deregulated folate transport on the methylation status of globalgenome and important tumor suppressor genes has been evaluated. Another project to analyze the structureand function of ERG oncoprotein, a transcription factor of the ETS family involved in prostate cancer todesign drugs based on structure and function of this protein started. With the recent advances in genomictechnology, high density SNP micro-arrays are being used to determine alteration in the whole genomewhich not only can detect genomic gains or losses, but has the advantage of detecting copy number neutralLOH (Loss of heterozyygosity). Cervical cancer is associated with recurrent chromosomal aberrations.A study to identify putative biomarkers for progression of the disease as well as response to therapy incervical cancer has been initiated.

The expression and activity of MMP-2 in various stages of oncogenes is being explored to understandrole of MMP-2 in breast cancer development. To elucidate the status of gene-methylation as an earlymarker for cancer/ risk assessment and its response to anticancer agents, a study is being initiated. Thestudy is designed to understand the time dependent changes in the DNA methylation that could be associatedwith tumor development.

A collaborative study between two centres started for development of an interesting group of anti-cancer agents as 2-chloroethyl nitrosourea derivatives of substituted nathalimides possess excellent invivo anticancer activity against lung cancer cell lines. Among many upcoming anticancer treatment modalities,a study has been initiated inducing senescence in tumor cells to explore role of heat shock proteins incellular senescence.

Therapeutic options for the effective treatment of visceral leishmaniasis are limited and carry theburden of toxicity. Two plant derived anti-leishmanial compounds (Artemisin and Berberine cholorine)that generate free radicals with the Leishmania Parasite culminating in an apoptosis like death are beinginvestigated. The effect of these compounds upon the antioxidant pathways of Leishmania parasiteswould be studied. Two plants Rheum emodi and Achillea millefolium, known to possess good activityagainst various human pathogens, have been explored for treatment of sepsis. A study has been initiated toevaluate and adoptive standardize the molecular technique of PCR for rapid diagnosis of bacterial andfungal endopthalmitis cases.

Cryptococcorris is a major, potentially fatal systemic mycosis of worldwide distribution frequentlyoccurring in patients with AIDS and other immuno-deficiencies. The genetic heterogenicity and ecologyof Crytococcus neoformans and Crytococcus gatti are being studied. Using tools of genomics andproteomics to understand in-depth how ESAT-6 interacts with its cell surface receptor TLR-2, the repertoireof innate immune effectors that it modulates, the signaling pathways triggered by ESAT-6, and whetherother members of the ESAT-6 family are endowed with similar capabilities being investigated. Studiesunder progress on Epidemiology of fungal rhinosinusitis in North India. Chandipura virus (CHPV) is knownto cause a sever form of encephalitis. Studies are under progress on the interaction of CHPV proteinsamong themselves and with the host proteome.

There is increasing trend globally of lifestyle diseases such as diabetes, cardiovascular disorder. Astudy has been initiated on Inositol phospholipid signaling into the mechanisms of beta cell death and

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plausible therapeutic targets of diabetes. Atherosclerosis is an excessive inflammatory/ proliferative responseof the vascular wall to various forms of injury. A project was initiated to study role and involvement ofdifferent physiologically formed ROS and RNS in causing endothelial and vascular smooth muscle celldeath/ proliferation. Another project has been designed to investigate the influence of glucose levels on thetoxicity of antihypertensive drugs and the intervention of agents for the ameliorative effects. Studies areunder progress to evaluate sleep abnormalities in people with juvenile myoclonic epilepsy (JME) syndromeand to determine whether sleep architecture is modified in these patients.

Role of micronutrients in the development and prevention or delay of diabetic retinopathy is beingstudied. To provide conclusive evidence on existence of autonomic dysfunction in chronic obstructivepulmonary disease (COPD), studies are under progress based on the phenomenon of Heart Rate variability(HRV) and its relation to severity of disease. A project to explore the viviparous bengalensis (fresh watersnails) flesh extract in experimental osteoarthritis (OA) and osteoporosis (OP) model the active constituentsand mechanisms action is under progress.

The Department is continuing support to activities related to human resources development with aspecific aim to motivate clinicians towards basic research, facilitate interaction of basic research scientistwith clinicians and promote R & D in vital areas of health sciences. Five such workshops have beenorganized during the year:-‘Techniques in Animal Cell Culture, Live Cell Functional Imaging andNeurotransmitters Receptors Functional Regulation, Cytopathology and HPV testing at the 4th Biennialconference of the Asia Oceania Research organization of Genital Infection and Neoplasia (AOGIN),Applications of Bioinformatics and Proteomic Techniques in Neurobiology, Hands on training workshopon Advance Molecular Biological techniques including Microarray, Real Time PCR and 2D electrophoresis.

Studies were initiated in characterisation of Pneumococcal serotypes that colonise the nasopharynxof Indian infants and their role as a risk factor for acute supportive otitis media, to understand the pathogendevelopmental patterns from infants onwards. Results of the study on development of molecular andgenetic markers of virus transmission competence of dengue vector species in Rajasthan, indicates that200 kDa protein composed of special terminal amino acid could be the blocking protein for internalizationand further replication of dengue virus for mosquito cells.

The Mechanism of T cell signaling in leprosy patients by M.leprae antigens for understanding ofevents in regulating pathways/ molecules / new antigens involved in the immunosuppression orimmunopotentiation in leprosy patients being studied. By using the inhibitor(s) of a pathway responsible forthe energy seen in leprosy patients it might be possible to modulate the immune response. Two promisinglead molecules effective against adult bovine filarial worm Setaria digitata in vitro have been identifiedfor antifilarial drug development.

Studies are underway for the Identification and molecular characterization of bacterial flora inInflammatory Bowel disease to dissect out the signalling pathway affected due to mutations in the NOD1gene. Culex tritaeniorhynchus was incriminated as the major JE vector. Baseline data of this majorvector was collected from these areas. Studies shows porin to be an effective adjuvant that triggers theimmune cells for a polarized innate immune response. Moreover, porin of S. dysenteriae determines aspecific immunologic outcome for its ability to shepherd T lymphocytes into Th1-dominant phenotype,thereby successfully bridging the innate and adaptive immunity, as required of an adjuvant. Results of thestudy on molecular epidemiology of hepatocellular carcinoma reveal that concomitant HBV or HCV infectionwas associated with increased risk of HCC, as expected; the risk of HCC increased amongst heavy

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drinkers from Madurai with respect to GSTM1 polymorphism whereas genetic polymorphism in GSTT1influences HCC risk with respect to cigarette smoking from New Delhi. Studies using genomic microarray,revealed that Parasite Surface Antigen -2 (PSA-2) genes was up-regulated in antimony resistant Leishmaniainvestigated. The role of PSA-2 of L. donovani in drug resistance using genetically manipulated parasitehas been investigated.

The evaluation of the chemopreventive potential of neem (Azadirachta indica) leaf fractions in thehamster buccal pouch carcinogenesis model revealed that the both azadirachtin and nimbolide exhibitedconcentration-dependent antiradical scavenging activity and reductive potential in the order: nimbolide>azadirachtin >ascorbate. On a comparative basis, nimbolide was found to be a more potent antioxidantand chemopreventive agent and offers promise as a candidate agent in multitargeted prevention and treatmentof cancer C. peraari. extract reduces the tumor incidence and changes in energy metabolism and alsoshows anticancer potency.

Chronic hyperglycemia increases germ cell apoptosis in male gonads. Studies have demonstratedthat germ cell death by apoptosis as well as germ cell detachment from seminiferous epithelium in STZ-induced diabetic rat testis, leads to male infertility and its rectification by MTEC treatment. The percentageseropositivity detected in CAD patients for C.pneumoniae specific IgG, IgA were significantly high comparedto controls. The level of hsCRP, an independent proatherosclerotic marker was also higher only in C.pneumoniae IgA positive patients. There is strong association of Chlamydia pneumoniae infection in CADpatients observed. Preliminary results on study to investigate the role of dietary agents against T2D-inducedcataract indicate that chronic insulin resistance may lead to lens abnormalities. There is a significant associationfound between diabetic retinopathy and lowered levels of vitamin B-12 and manganese.

Results of the study on non syndromic hearing loss patient’s, reveal that the frequency and distributionof Cx26 mutations in our North Indian cohort differ from those previously reported in Indian patients fromSouth India. Neurotransmitters- cholinergic, dopaminergic serotonergic and gabaergic receptors subtypesshowed functional difference in brain regions of diabetic and insulin induced hypoglyceamic diabetic rats.Gene expression studies and confocal calcium imaging in combination with second messengers andtranscription factors confirmed their role in insulin function.

Epidemiological data suggests a causative link between a preventable habit of arecanut chewing withor without tobacco (Pan masala/Gutkha) in the manifestation of oral submucous fibrosis (OSMF). Thedata suggests differential expression of several novel genes between normal and OSMF tissues and one ofthe principal genetic pathways involved in the manifestation of this disease is, “Transforming Growth Factor-beta pathway”. The study also showed that arecoline, a principal component of arecanut has profoundeffect on the gene expression of both epithelial and fibroblasts. Results demonstrated that epithelial factorsregulated by arecoline are important for promotion of this disease suggesting that stromal-epithelialinteractions are essential for manifestation of OSMF.

Tissue culture studies were carried out using the scaffolds prepared. Tissue culture studies revealedthat corneal epithelial cells could be grown on the scaffold prepared from cross-linked collagen matrixisolated from chrome shavings (Bovine source). Similar results were observed with collagen matrix preparedfrom the fish scale collagen. Excellent growth of corneal epithelial cells was observed on the surface ofaluminum sulphate cross-linked HAM.

Uveal melanoma is the most common intraocular primary tumor, involving iris, ciliary body and choroids.A significant correlation was observed in monosomy 3 and 1p36 positive cases in the tumor samples

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(p=0.039). MicroRNA expression profiling revealed the presence of 19 miRNAs expressed in non-metastasizing melanoma and absent in metastasizing melanoma. Eleven miRNAs were found to be expressedin metastasizing melanoma and absent in non-metastasizing melanoma. Genes targeted by the miRNAswere found to be present in chromosomal regions 8p22, 13q, and 17p but were often found to be deleted.Initial studies on microRNA have revealed their role as oncomirs in both metastasizing and non-metastasizingmelanomas. Further studies may provide insights into their role in tumor progression and facilitate metastaticphenotype analysis.

The Expression of Human Papilloma virus (HPV) in Oral submucous Fibrosis being studied. Thepreliminary observation revealed that 31.4% OSMF samples found positive of HPV virus. Observationsbased on the genotyping results suggest that there is higher frequency of the heterozygous genotype (AG)as compared to healthy controls. This association is even stronger in patients with Lupus nephritis. Similarly,FcG2A R/H RH mutant allele appears to be associated with SLE susceptibility. In contrast, ACE DDgenotype in SLE patients may be associated with non progression to lupus nephritis (it may be protective).No association found of TNFa -308 and TNFa-238 promoter region polymorphism with SLE susceptibility.

Three single nucleotide polymorphisms and one variable number of tandem repeat markers in theGRIK1/GluR5 gene were characterized in the control and Down syndrome family samples. Moderateheterozygosity (0.34) and a major allele frequency of 0.78 render the 1173(C/T) polymorphism informative. Estimated ratio of meiosis-I to meiosis-II errors arising from allelic non-disjunction of 1173(C/T) is 4:1 inmaternal cases and 2:1 in paternal cases suggesting that cellular context of chromosome segregation confersvarying risk of non-disjunction. The (GATA) n VNTR marker is less informative in our population studygroup and allele frequencies deviate significantly from Hardy Weinberg equilibrium.

Nano ribbons of HAp/collagen composites and nano fibers of Hap which were obtained at roomtemperature were developed . In addition, synthesized of resorbable triphasic HAp/ (± and ²) TCP compositeat low temperature which could be used as bone and dental replacement material. Developed Iron dopedhydroxyapatite which showed better heamobiocompatibility and drug release whereas lanthanum dopedHAp show in vitro, initial burst of drug release followed by the controlled release. Calcium phosphate andtheir polymer composites, developed could be used for preparing bone replacement, drug delivery andtissue engineering applications. The novel salt forms of prazosin: Prazosin or esylate and camsylate havebeen characterized as the suitable candidate for further evaluation.

Results of the study on tight junction proteins reveal that there was an under expression of Zo-1 inmucosal epithelium of villi and crypts in treatment naïve celiac disease and active Crohn’s disease in termsof distribution of staining in comparison to controls. There was a normalization of ZO-1 expression 6 aftergluten free diet in celiac disease as well as in Crohn’s disease after treatment. There was over expressionof claudin-2 in the mucosal epithelium in treatment naïve celiac disease and active Crohn’s disease comparedwith controls, the expression of which got down regulated 6 months after treatment. There also was under-expression of claudin-4 distribution in treatment naïve celiac disease and active Crohn’s disease in comparisonto controls. There was over expression of Occluding in treatment naïve celiac disease and active Crohn’sdisease, but there is no significant difference in occluding and claudin-4 expression 6 months after treatment.

The prokaryotic proteasome system ClpQY from the parasite genome identified. Both the PfClpQand PfClpY genes were cloned and corresponding recombinant proteins was expressed. Both the proteinswere localized in the cytosol of the parasite as a soluble protein. Techniques for production of activerecombinant PfClpQ protease and to carry out in vitro protease assays have been standardized; this can

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be used for high-throughput screening of compound libraries to find out specific inhibitors as potential leadcompounds to develop anti-malarial. Quantitation of MRD by RtPCR detected relapse 2 months prior toclinical relapse. Studies are underway to translate this technique to clinic Genotyping of GST, MTHFR,RFC, TPMT any CYP1A1* 2A in all patients.

A 29 Kd galactose terminal protein was purified and expressed in the mammalian, E-coli and leishmaniavectors. The recombinant protein was purified and its efficacy studied. Apoptosis of macrophages plays animportant role in the immune response to mycobacterial infection. Studies showed that the inhibitor ofapoptosis, FLIP is degraded after phosphorylation by c-Abl and p38 MAPK in a c-Cbl E3 ligase dependentmanner after mycobacterial infection. Degradation of FLIP is associated with macrophage apoptosis whichmay modulate mycobacteria induced infection. The findings of the studies provide new insight into themechanisms of mycobacteria-mediated apoptosis. Any intervention in this process could modulate thecourse of the disease.

Plant Sciences

In the area of Plant Sciences several projects have been supported to strengthen basic and applicationoriented programmes. The support was provided in cutting edge/frontier areas as well as traditional areassuch as taxonomy, etc.

During the year, research projects were sanctioned in the area of Reproductive Biology,Bioprospecting, Ex situ conservation of medicinal and wild species of plants of economic importance.Molecular characterization, Marker assisted selection of resistance gene, Biotic and abiotic stress, Biocontrol,Plant microbe interaction and Mycorrhizal relationship, Entophytic fungi and various aspects of Stressproteomics and Functional Genomics of Abiotic Stress Responses in Nitrogen-fixing Cyanobacteria etc.and National Training Program/Workshop on Traditional and Modern Approaches in Plant Taxonomy atBangalore.

Findings from the projects funded under the programme revealed:

Significant results were reported in the project titled “Molecular analysis of AhpC (alkyl hydro peroxidereductase) in offering abiotic stress tolerance in Anabaena sp. PCC 7120” being implemented at BanarasHindu University.

AhpC protein over expressed in heat stressed Anabaena doliolum is a key component of a largefamily of antioxidative proteins and harbors all essential qualifications as a protective protein against multipleabiotic stresses by scavenging ROS. In view of this it was hypothesized that ahpC transformed cyanobacteriamight fix nitrogen in the presence of a multitude of abiotic stresses. The ahpC gene has been cloned, overexpressed in E.coli (BL 21) and screened for stresses like salt, heat, UV, Cd, Cu and pesticide for the firsttime.

The ahpC gene has now been cloned in Anabaena PCC 7120 using vector (pFPN) and its functionalcharacterisation is in progress.

Summary of Progress

Title: Understanding the role of epigenetic elements in controlling floral-organs development bymethylome profiling using high density microarrays in rice. Starting with the objective to understand theeffect of DNA methylation dynamics on transcriptome alterations during male gametophyte development,

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we have characterized structural aspects and expression dynamics of rice Argunaute (OsAGO), Dicer like(OsDCL) and RNA dependent RNA Polymerase (OsRdRP) genes that have been implicated in smallRNA based silencing of gene expression was characterized. Furthermore, by using 57 k rice whole genomemicroarrays, it was found that at a given stage about 69% of the rice genes exist in hemi-methylated state,whereas, 17% genes are not methylated at all and 14% genes are heavily methylated (Figure). Whencompare between the pre-meiotic and meiotic stages of anther development only ~30% genes were foundto be commonly methylated, whereas, methylation status of ~70% genes changed between these twostages. And since data revealed a positive correlation between methylation status and gene silencing, itseems that epigenetics plays an important role in regulating development-dependent gene expressionpatterns.

Figure : Methylation Status of Rice Genome

Title “Free radical scavenger and antioxidant activities of selected north western Himalayan medicinalplants”. Thirty six medicinal plants growing in north-western Himalaya belonging to 25 families namelyTerminalia belerica, Terminalia chebula, Emblica officinalis, Albizia lebbeck, Acacia catechu.Cinnamomum camphora, Cinnamomum tamala, Picrorhiza kurroa, Syzygium cumini, Oscimumsanctum, Oscimum basilicum, Ocimum kilimandscharicum, Oroxylum indicum, Aegle marmelos,Curcuma longa, Bacopa monnieri, Murraya Koenigii, Gmelina arborea, Aloe vera, Prunuscerasoides, Centnella asiatica, Tinospora cordifolia, Coriandrum sativum, Achyranthes aspera,Fumaria parviflora, Ajuga bracteosa, Daucus carota, Celastrus paniculatus, Boerhavia diffusa,Withania somnifera, Catharanthus roseus, Acorus calamus, Piper longum, Asparagus adscendens,

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Asparagus racemosus and Raphanus sativus were investigated for antioxidant activity. Followingobservations were made.

• It was found that the fruits of Terminalia belerica, Terminalia chebula, Emblica officinalis, barkof Albizia lebbeck, heartwood of Acacia catechu showed extremely high antioxidant activity whichwas comparable to standard antioxidants such as tocopherol and butylated hydroxy toluene (BHT).

• A significant and linear relationship was observed between the antioxidant activity and phenolic contentindicating that phenolic compounds are major contributor of antioxidant activity of these medicinalplants.

• Qualitative and quantitative profiling of phenolic compounds using High Performance LiquidChromatography (HPLC) revealed higher level of gallic acid in 28 out of 36 medicinal plants investigated.

Terminalia belerica (Fruit) Terminalia chebula (Fruit)

Further studies on Indian Zingiberaceae

The taxonomic Revision of the family Zingiberaceae was carried out. The major outcome of the studyincludes:

a) Two genera new to India were described.

b) Two species and two varieties new to science were discovered.

c) Three species new to India were described.

d) Seven papers were published in International and National Journals and also presented 8 papers/posters in Seminars/Symposia in India and abroad.

e) Digitalized 2144 Number of herbarium sheets of the family in India with correct identification anddeveloped a software for easy retrieval.

f) Developed the largest live ginger germplasm and herbarium collection in India and third largest in theworld.

g) Developed a digitalized flora of the family for the first time.

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Project Title: Physical Mapping of Simple Sequence Repeats (SSRs) in Bread Wheat

Physical maps of 21 bread wheat chromosomes containing 1,376 genomic SSR and EST-SSR lociwere prepared. These maps were integrated with the available physical maps of bread wheat leading to theconstruction of integrated physical maps of the 21 wheat chromosomes containing a total of 2,148 SSRloci. The markers in the physical and the genetic maps (used for comparison) were collinear except for afew discrepancies. The physical maps can be used as an anchor point for the physical BAC contig map ofwheat genome. EST-SSRs mapped may serve as “perfect markers” in future studies in the project.

ENGINEERING SCIENCES

The extensive programme objectives of Engineering Sciences cover support to research efforts in arange of various disciplines within engineering sciences such as Civil, Chemical, Electrical, Computer,Material, Mining & Mineral, Mechanical Engineering, Robotics and Automation. The individual researchprogrammes may address one or more sectors namely, health, bio-medical, transportation, automotive,water resources management, structural engineering, building technologies, manufacturing and processindustry related technologies, etc. However, of late few proposals under this programme do reflect theinter-disciplinary nature that research activities are now taking. In addition few major proposals have beenreceived for setting up of Engineering Research Centres in many academic Institutions.

During the year, support to both basic and applied research was continued. 190 new research projectsat a cost of Rs. 3120.2 lakh have been initiated / identified for support. The Committees regularly monitoredthe progress made in ongoing projects. Several interesting and significant results reported from theseindividual engineering science programmes, are given below:

Chemical Engineering

Chemical Engineering Programme (CEP) continues to be a front runner amongst peers in terms ofnew initiatives and operational parameters. Salient features of the output generated from a basket of about100 ongoing projects and 35 new projects (sanctioned during current financial year) are reported asfollow.

• Designed cobalt based heterogeneous catalysts for the liquid phase oxidation of p-cresol which anindustrially important oxidation reaction as well as a model reaction for understanding the oxidation ofside chain phenols. Developed cobalt oxide (Co

3O

4) heterogeneous catalyst which gave complete

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conversion of p-cresol with a selectivity to PHB as high as 95% under elevated pressure conditions.A novel catalyst involving intercalated cobalt-Schiff base complexes into the montmorillonite claywas also developed, which gave a selectivity of 90% to the oxyfunctionalized products under ambientpressure conditions. Complete characterization of this catalyst system was done by XPS, DR-UV,XRD, FT-IR, SEM-EDX. The research related to the project has resulted in 7 International Journalpublications.

• Developed a three step method for synthesis of asymmetric clay-zeolite-glass composite membrane.The first step involves synthesis of macroporous clay support obtained by sintering clay mixture andin the second step the active mesoporous layer is obtained by partial blocking of the mouth of poresof clay support by zeolite particles by dip coating technique and the third step includes coating of thezeolite layer with glass layer. Surface morphology is studied using SEM. The variation of membranepotential with pH shows that membrane potential increases with pH. The static transport numbers are0.914 and 0.791 for glass-zeolite-clay and zeolite-clay based membranes respectively. The researchrelated to the project has resulted in an International Journal publication.

• Hybrid strategies involving synergistic combination of Wavelet Transformation, nonlinear dynamicstheory (mean local Hölder exponent formalism) and Support Vector Machines were employed forcharacterization of process, biological and biomedical signals. The distribution of local singularities ofa time series can be employed to pick up its unique signature. Hence, the features of the singularitydistribution of different time series were employed for identifying the class and function of process/biological/ biomedical signals of a time series. Wavelets were used as a mathematical microscope toenable identification and computation of and local Hölder exponents (singularity spectrum) profiles.The ability of wavelet transform to reveal the hierarchy of singular features was found to be particularlyadvantageous to tackle the problems at hand. The research related to the project has resulted in 11International Journal publications.

• Flow regimes in gas-liquid and liquid-liquid flow in micro-channels were studied. Key hydrodynamicparameters such as bubble/liquid slug velocities/ lengths were determined using the high speed digitalimaging. Pressure drop values for the range of flow rates were measured for different systems.Developed a CFD model based on unit cell approach to simulate slug flow in a capillary. A novelmesh microreactor resembling a structured fixed bed reactor with benefits both of conventional fixedbed reactor and microreactors is developed. This system is easy to build and does not need precisionmicromachining.. RTD in liquid phase were studied using conductivity probe. The RTD and the imageanalysis for all the mesh types, showed hysteresis in the flow and mixing in mesh microreactor. Generalpurpose models based on first principles were developed for gas-liquid (GL) and gas-liquid-solid(GLS) reactions in micro-channels. The model was used to simulate chlorination and hydrogenationreactions. A computational fluid dynamics (CFD) model based on free surface methodology, volumeof fluid (VOF), was developed. The model was used to develop understanding and guidelines todesign contact angle and geometry mediated micro-devices. The research related to the project hasresulted in an International Journal publication.

Electrical, Electronics and Computer Engineering

Twenty Eight projects were sanctioned during current financial year. Some of salient features arereported her out of the 100 ongoing projects.

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• Developed new designs for transmitter antenna based on parasitic superstrate patches. Observed theimpact of varying dielectric constant on the performance of such antennas. Studied the impact ofpatch array size, spacing and patch dimensions on the performance. Proposed a new circular arraybased superstrate antenna. Designed a new Distributed Voltage Controlled Oscillator (DVCO) oncascade topology and bias variation. Designed a Ku band DVCO and Travelling Wave Amplifier(TWA). The research related to the project has resulted in 2 International Journal publications.

• Developed a new multilevel inverter topology for induction motor. Unlike conventional hexagonalspace vector PWM pattern, this inverter produces 12-sided polygonal space vector structurethroughout the modulation range. In order to minimize the dv/dt stress on the devices and improve theharmonic spectrum of phase voltage, at lower speed operation the inner 12-sided polygon is used,while for higher speed outer 12-sided polygon is used. This eliminates all 6n±1 harmonics (n=odd)from the phase voltage apart from highly suppressing the lower order harmonics. Besides, the linearmodulation range can be extended upto 96.6% of the base speed of the motor, which can extendsmoothly into over-modulation and final 12-step operation without any special compensation schemes.Throughout the modulation range the inverters are operated less than output phase voltage switchingfrequency, with the high voltage inverter always switching at nearly half the output phase voltageswitching frequency. The research related to the project has resulted in an International Journalpublication.

• Fabricated Miniaturised Electrolyte Insulator semiconductor capacitor (EISCAP) sensors with volumeof 0.1-0.2 µl by bulk micromachining of p-type silicon. The enzyme lipase has been immobilized onthe mini EISCAPs and they have been used for triglyceride sensing. Measurement circuit has beenfabricated on breadboard and measurements using this with miniaturized EISCAPs showed goodagreement with commercial pH meters. The research related to the project has resulted in 1 InternationalJournal publications.

• QKD is a viable method for key exchange for transmission of highly sensitive information that requiressecurity that is better than the security provided by trusted third parties or other human methods.Demonstrated Experimental transmission of bits using coherent optical states (less than 1 photons perpulse) over a long fibre spool. Designed and implemented Efficient low-density parity-check codesfor reconciliation. Developed single photon detector, narrow linewidth Fabry-Perot Fibre BraggGrating filter, dispersion measurement unit over 25km of optical fibre and femto-second active mode-locked Er-doped fibre laser. The research related to the project has resulted in 2 International Journalpublications.

Material, Mining & Mineral Engineering

During the year, support to both basic and applied research was continued. 26 new researchefforts have been initiated / identified for support and another 22 are under evaluation.

Research efforts supported / identified for support during the year include the following:

Studies on deformation behaviour of carbon nanotube filled polymer nanocomposites based on crackpropagation kinetics and strain field analysis approach

Effect of Cryorolling on the Precipitation Kinetics of Selected Ultrfine Grained AI Alloys

Synthesis & bioactivity studies on substituted-hydroxyapatite coating for biomedical applications

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Generation of improved photovoltaic devices for making efficient dye sensitized solar cells

Iron Aluminides Containing Carbon

Development of supercapacitor using carbon nano material synthesized from plant based precursor

Development of a model for the Assessment of spontaneous heating susceptibility of Indian coals-aneural network approach

SERC Summer School on ‘Mineral Technology’

Development of sulphate reduction technology in an anaerobic digester for abatement of acid minedrainge

Fuctionallized polymer nanocomposites for organic photovoltaic devices

Effect of repetitive strain and anneal on microstructure and mechanical properties of metastableaustenitic stainless steel

Weldability studies on sintered and forged low alloy steels

Hexavalent chromium detoxification by microbial isolates from a specific chromium mining site andbioremediation application potential:a laboratory based study

Study of Materials characteristic of complex alloyed tool steel at cryogenic temperature

Development of alloys with Gegapascal Strength using Nanometric Eutectic Microstructure

Design and study of high thermal cycle life thermal barrier coatings

Effect of chemical, microstructural and morphological modifications of the nano titania photoanodeon the performance of dye sensitized solar cells

Magnetic nanoparticles decorated biodegradable polyurethanes /MWCNT nanocomposites as shapememory materials

White Organic Light Emitting Diode for Lighting and Displays

Development of Ultra High Purity Gallium for Epitaxial Electronic and Optoelectronic Applications

Development of Calcium Sulfate Based Injectable Bone Substitute

Ionic Liquids as solvents for the Electrodeposition of Chromium, Zinc, Nickel and Aluminium.

Experimental and Numerical Investigations on the Mechanical Behaviour of Micro-sized StructuralElements

Synthesis of oxide based magnetic nanoparticles for biocompatibility studies, magnetic hyperthermiaand MRI applications

Preparation of M3AX

2 phase ternary carbides and fabrication of its nanocomposites through novel

methods

Synthesis of Nano Tungsten Carbide Powder from Wolframite Ore

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Highlights of results accruing from research efforts initiated during preceding years:

• A new coal wash-ability index, termed as ‘Near Gravity Material Index (NGMI)’, was formulatedbased on the sink-float data at RRL Bhopal. An appropriate model to quantify the wash-abilitycharacteristics of coal was developed using ‘Near Gravity Material Index (NGMI). The proposedapproach of evaluating the performance of any gravity based coal washing equipment is based ondirect comparison of product quality and quantity with the feed coal quality and quantity targeted andtherefore, more practical. Hence, optimization of process and design variables of any gravity basedequipment to process a typical coal can be done by carrying out limited experiments.

• Study on life Enhancement of Hydro Turbine Components by Surface Coatings was carried atIIT, Chennai. Silt which was collected from Manani River was utilized to asses the erosion performanceof Stellite and Colmonoy 88 LSA deposits. Laser surface alloying (LSA) was done with optimumheight, width and depth on 13Cr-4Ni steel with Colmonoy 88 and Stellite 6 powders. Thecharacterizations of LSA steels have been studies. Maximum hardness achieved in the case of Colmonoy88 was in the range of 600-650 HV, where in Setellite 6 coated LSA steels showed 400-500 HV. Asmuch as 4 fold increase in slurry erosion resistance (expressed in terms of mass loss) of LSA steelswas observed as compare to uncoated 13Cr-4Ni steel. At least 20-30% decreased in erosion rateswere obtained when impacted with river silt compared to commercial SiO

2 impacts.

• Synthesis of few advanced nanocomposites was carried out at Anna Univerisity, Chennai such ashydroxyl terminated polydimenthylsiloxanes, cyanate terminated silane-coupling agents and cyanateesters. Characterization of theses composites for their thermal, mechanical, electrical and U.V. radiationresistance by ASTM methods were conducted. Nanocomposites were prepared by thermal curingand solvent casting method. Preparation of nanocomposites by the combination of Cyanate ester andpolyhedral oligomeric silsesquioxanes (POSS) shows an excellent radiation resistant material. Andthese nanocomposites can be used as a radiation resistance coating material and also can be used toform advanced nanocomposites as matrix materials.

• Porous inject able ceramic bone cements were prepared at, IIT Chennai.

The biphasic calcium phosphate (BCP) a combination of Hydroxyapatite (HA) and tricalciumphosphate(TCP) with naturally derived polymers such as chitosan, and gelatin as carrier gel with controlleddegradation profiles for bone tissue regeneration. Detailed phase evolution and microstructural studieswere carried out. Particulates of BCP in certain HA/TCP ratio with a natural polymer (carrier gel)were prepared so that material become inject able. The bioactivity of the cements was characterizedby measuring apatite formation as a function of time using scanning electron microscope.

• Plasma assisted Metallorganic Chemical Vapour Deposition facilities were designed & fabricatedindigenously at Loyola College, Chennai. Several complexes of yttrium and zirconium were preparedand characterized by quantitative analysis, elemental analysis, FT-IR, mass spectral analysis, TG-DTA (non-isothermal) and mass transport (Vacuum studies). Several metallorganic compounds weresynthesized by modified methods. They were screened and except Al(acac)

3, Y(tmhd)

3, Y(tmhd)

3.

diglyme, Y(tmhd)3.triglyme, Zr(tmhd)

4, and Cp

2ZrXl

2 were found to be unsuitable in terms of volatility

and thermal residue. The successful depositions of Y2O

3, Sc

2O

3 thin films were deposited on various

substrates like glass, Si, alumina, graphite and quartz.

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• Development of thermosetting polymer/clay nano-composites were made at Tezpur Univ., NapaamTezpur Hyper branched and conventional resinous polyurethane were synthesized from a sustainablenatural resource, Mesua ferrea L. seed oil. The physical as well as mechanical properties of theepoxy cured polyurethanes were investigated and further these polymers were used as matrices toprepare different nanocomposites. A variety of nanofillers such as nanoclay, metal nanoparticles,carbon nanotube, were introduced in the matrix using different techniques. Enhancement of theproperties like tensile strength, impact strength, scratch hardness, adhesion strength, thermal stability,shape memory, water vapour barrier properties were observed by incorporation of nanoclays in boththe hyperbranched and conventional polyurethane systems. These hyper branched and conventionalresinous polyurethane clay nanocomposities deserve the potential to be utilized as advanced surfacecoating, adhesives and biomaterials.

• Friction pads for brake disc employed in modern heavy duty automobiles/ commercial and fighteraircrafts are being developed at IIT, Roorkee. Few samples of friction pads with built-in backingplates for the MIG 27 & AN-32 military aircraft were developed employing hot powder forgingtechnology. The technique involves mixing of powders of suitable chemistry having metallic constituents,abrasives and solid lubricants in specific proportions. The forged friction material was subjected tovariety of tests including sub-scale dynamometer test at HAL Bangalore. Efforts are being made todevelop brake pads by hot perform powder forging (net-shape) without involving any machining tooptimize the manufacturing cost to the minimum level. MIG 27 stator application is very specializedhigh energy condition for which chemistry of sintered pads is very complex and costly. In comparisonto this, chemistry being developed in the present investigation is much simpler and offer wide varietyof choices to suit this challenging application.

• Studies on ambient and elevated temperature properties of joints of metals prepared by adhesivejoining using nano-particle filled adhesive are being under progress at IIT, Roorkee. A new class ofepoxy based adhesive has been prepared by homogeneous distribution of practically cluster freenano (20-30 nm) particles of SiO

2 and ZrO

2 in the matrix using ultrasonic cavitation technique.

Various fundamental aspects of conventional and ultrasonic processing technology were consideredin synthesis of nano composite epoxy adhesive. The standard test procedure was used to study thefracture toughness, lap shear strength, and tensile strength of the nano composite adhesive and itsadhesive joint as well as their fracture behaviour. The use of ultrasonic mixing process produces welldispersed non agglomerated ex-situ prepared nano composite epoxy adhesives. The resin propertiesof epoxy are significantly influenced by ultrasonic mixing with nano particle loading. Fracture toughnessof ultrasonically treated ZrO2 nano composite epoxy adhesive was raised to maximum of 2.01MNm-3/2 which is considerable higher than the same composite adhesive produced by conventionalmixing as well as SiO

2 loaded epoxiy adhesive prepared by both the mixing processes.

• Three new series of poly (ether imides) novel polymer nano-composite membranes were successfullyprepared at IIT Kharagpur and their gas permeation properties were measured for four differentgases like CH

4, N

2, O

2 and CO

2. High permeability of CO

2 and high selectivity for CO

2 over CH

4

were achieved. Additional to the good gas separation properties, polyamides membrane also showgood mechanical, chemical and thermal stability. Measurement of the gas transport properties of allthe synthesized polymers and to draw a structure property co-relationship is under progress.

• Development of copper chromite catalyst as a substitute to noble metals for purification of vehicularexhaust is under progress at, BHU, Varanasi. Highly active copper chromite catalyst prepared by

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calcinations of the precipitated basic copper ammonium chromite catalyst (CuOHNH4CrO

4) was

developed as substitute to noble metals for purification of vehicular exhaust. A compact and versatilelaboratory tubular reactor has been designed and fabricated. An experimental set-up for performanceevaluation of the prepared catalysts has been installed. Prepared precursor and catalysts have beencharacterized by Thermal Analysis (TGA, DTA), Particle Size Analysis, BET Surface Areameasurements, X-ray diffraction and TPR.

• Synthesis of the high strength and ductile AA2219 alloy and AA 6061 alloys of Cu-5 wt. % Zn andCu-5 wt. % Al, through plastic deformation by cryo-rolling route (at cryogenic temperatures (77K)were successful developed at IIT, Chennai establishing that high energy ball milling/mechanical alloyingleads to much finer grain sizes when compared to other severe plastic deformation (SPD) processes.The mechanical properties of ultra fine grained (UFG) alloys indicated an ideal plastic behaviour withnegligible work hardening. The AA2219 and AA6061 alloys are used for high strength aerospacestructural applications. The nanostructure alloys produced in the present study showed a compressivestrength of 800 MPa. Though the compressive ductility was low (1%) in this condition, compressionductility was improved annealing following consolidation. The alloys therefore could be used inapplications where compressive loading is predominant.

• Development of nanocrystalline lead free ferroelectric and dielectric materials of Barium ZirconiumTitanate (BZT) and Barium Strontium Titanate (BST) using different preparation techniques viz.,mixed oxide route, high energy ball milling route and co-precipitation were successfully made atIIT,Channai. BST powders were characterized for phase formation, stoichiometry, compaction andsintering behaviors Microstructure and functional properties of the ceramics prepared from all routeswere evaluated and compared. It was noted that BZT and BST powders prepared through ballmilling require relatively low temperature treatment (~9000 C) and (~12000 C) respectively for shorterduration (2 hour) for phase formation as compared to other solid state routes. The particular size ofthese powders prepared through ball milling routes after heat treatment was smaller than that by solidstate routes. Maximum density achieved in solid state route was 94% as against 99% in ball millingroute and 97% in co- precipitation route. Dielectric constant has been doubled (~15000) in thepresent ceramics prepared from ball milling and co- precipitation compared to mixed oxide route(~70000 C). The dielectric loss was more or less similar in both ball milling and co-precipitationroutes.

• Development of New Novel bio-materials of Titanium Alloys with improved Tribological propertieswere successfully made at Vellore Inst. of Technology, Vellore. These bio-materials are ideal bio-material of Ti-13Nb-13Zr for implant application especially for joint replacement.The surfacemodifications on the newly developed alloys were carried out by laser nitriding, nano TiO

2 and HAP

coating by plasma spraying technique. Corrosion and wear behaviour study of coated samples wereevaluated using Poteniostat and Reciprocating tester respectively. Enhance wear and corrosionresistance was observed for the bilayered coating of ZrO

2 coating and Al

2O

3-13TiO

2. Scratch test

was performed using a commercial micro scratch tester (DUCOM), India to evaluate the adhesionstrength of the coatings. Thus these coatings are expected to enhance the service period of theimplants.

• A new technique of surface engineering called Plasma Assisted Implantation and Deposition (PAID)was successfully developed at IIT, Kharagpur by modifying an existing Plasma immersion ion

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implantation (PIII). Plasma nitriding of annealed set up 52100 steel were carried out which leads tosignificant improvement in hardness and wear resistance of the steel, particularly at 5600C for 3-5 h.Interstitial free (IF) steel is a low carbon, low alloy ferritic steel widely used for various structuralparts (mainly body frame) of modern day automobiles. The main novelty of this grade of steel lies inits high formability due to its very low solute or interstitial content. Sputter deposition of Ti for 2 hfollowed by plasma nitriding (at 4500C for I-5 h) yields a mixed nitride layer that shows enhancedhardness, wear and improvement in corrosion resistance. Thus the objective to produce nanocrystallinecoating has been successfully developed.

The instrument has a capacity of implantation energy up to 20 keV and ion density up to 1016

ions/m3.

The sample can be heated to 5000C. Plasma is created by a RF source (13.5 MHz) with operating

pressure between 10-4

- 10-3

torr.

• Studies on Micromechanical Characterization of Hydroxyapatite Coating for Metallic Implants werecarried out at CGCRI, Calcutta. Phase pure, free-flowing Hydroxyapatite (HAp) powder wasprepared from the conventional chemical co-precipitation route. The bio-compatibility tests andtoxicity tests were conducted on this HAp powder at the Bengal Immunity Research Centre, Kolkata.The results showed that these Hap Powders were non-toxic and bio-compatible. Themicro-sprayed HAp Coatings on SS316 L, Ti-6Al-4V substrates were developed. The coatingexhibited the moderately high bonding strength of about 25 MPa. Nanoindentation technique wasemployed to estimate the residual stress of the coating. Furthermore, Soluble Body Fluids (SBF)dissolution study for 1-14 days confirms the deposition of HAP phase and the in vivo experiment wasfound to be suitable for osteoconduction and may prove its promising role in fracture repair of veterinaryand human cases too. Finally, in-vivo animal trial by intramedullary pinning (method of fixation ofdefect bone) utp 60 days produces a satisfactory result of tissue response from radiological examination,histological study and fluorochormome labeling study. Bone defect healing was comparatively more

The Plasma Assisted Implantation and Deposition (PAID) set up at the IIT-Kharagpur.

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due to “bone bonding” and ossointegration in HAP coated pin followed by uncoated pins which mayprove its promising role in fracture repair in both human and animals

• Successfully developed a trivalent Chromium plating bath in place of hexavalent chromium bath atCERI, Karaikudi. This bath is less polluting and eco-friendly and also uses less quantity of chromium.Successfully deposited chromium with a thickness 26 microns from four different Trivalent bath namelychromium-glycine bath, chromium-urea formate bath, Chromium (III)-Dimethyl formamide-thiocyanidebath & Chromium (III)-Dimethyl formamide bath with different compositions. The variation of Pulseparameters on the thickness, Hardness and corrosion resistance were studied in detailed. Wearresistance of Cr coating from Cr(III) and Cr(VI) electrolytes were calculated for 1 kg load and 100cycles and the weight loss is 0.0017mg and 0.00024mg respectively. Since very low wear loss wasobtained for Cr deposit from Cr (III) electrolyte, these Cr can be used for functional application.

• Studies on Microstructural and Textural Evolution during Recrystalli- zation of Cold Rolled Al-Mn-Mg alloys were completed at NML, Jamshedpur. The material used in the present investigationwas continuously cast AA3004 aluminium alloy. The alloy had 1% Mn and 1% Mg apart from Fe, Cuand si within 0.1%. The as-received material was a commercially produced CC3004 hot band witha thickness of 4.5mm. This hot band was given two different treatments to generate differentprecipitation states. The treatments are mentioned in the followings: i. Sample A:Solution annealing at5500C and annealed ii. Sample B:Solution annealing at 5500C and air quenched. The two hot bandswere then cold rolled to different reductions ranging from 20%, 40%, 60% and 90%. After rollingsamples of 90% cold rolled samples were annealed at various temperatures ranging from 2500C to4000C for various lengths of time. Texture measurements were performed at the mid-thickness of thecold rolled sheets. Hardness measurements were carried out in Leica Microhardness tester with 25gm load. Good formability of Al-Mn-Mg alloys through control of texture evolution and control ofgrain size during recrystalizations. These Al-alloys can be the best candidate material for automotiveindustry container-making industry as well as packaging industry project completed successfully.

• Studies on simulation of the growth of heteroepitaxial semiconductor thin films using finite elementmethod is under progress at IIT, Kanpur. The primary objective of the proposal is to generate of afinite element model in commercially available software like ABAQUS for a growing heteroepitaxialsemiconductor film. First, a 2D model was generated followed by a 3D model. FEM simulations ofa growing hetero-epitaxial film of GeSi on a Si substrate were achieved. Stress free strain has beenused to model a growing hetero-epitaxial film using FEM and growing film was modeled by increasingthe region of the domain where the strains were imposed. The simulations developed can help in thedesign of semiconductor devices based on epitaxial layer systems. (e.g. heterobiopolar transistors,modulation-doped field effect transistors (MODFETs), magnetic recording media, solar cells, laserstructures, infrared detection devices etc.

• An advanced laboratory was set up to study the tribological properties of friction materials at IndustrialTribological Machine Dynamics and Maintenance Engineering Centre (ITMMEC), IIT, Delhi. Uniquefacility of Inertia Dynamometer for brake performance evaluation of Light Commercial Vehicles (LCVs)& Heavy Commercial Vehicles ( HCVs) were developed in this project. Such facility is available onlywith very big Industries and not with any research group in India. Even abroad, such facilities are rarewith a research groups in universities. Other facility of thermal conductivity analyser was also procuredwhich is useful for all types of materials including friction materials and not available with Indian

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Industries. Very few academic/research Institutes have this facility. Using this facilities developed fewnew formulation of non-asbestos, low metallic fibre reinforced organic friction materials(NALMFROFM) for brake pads (for cars and buses) and brake blocks (for trucks).

Brake Inertia Dyamometer (braking end)

Fixed car braking assembly on Dynamometer

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SERC SCHOOL

• One SERC School to build awareness and competence in the country in the area of mineralbiotechnology was conducted from 14-19 December 2009 at IISc., Bangalore. The School wasfocused on two aspects: (i) Bioleaching (ii) Bioremediation. In order to facilitate higher participation,UGC-Networking Centre at the Department of Materials Engineering of Indian Institute of Science,Bangalore extended co-sponsorship for the School. Total 32 participants mainly young faculty, youngscientists and doctoral research scholars from all over the country were benefited from this School

Mechanical ,Civil Engineering and Robotics

The PAC on Mechanical & Civil Engineering, Robotics & Manufacturing supported 49 projects outof a total of 110 projects received by it during the year. It had 4 meetings during the year during which itreviewed 54 ongoing/completed projects. Some of the highlights of the projects that were supportedunder the PAC are given below:

� Some investigations on cracking characteristics of fine-grained soils: (Civil-IITB)

Through this proposal the team has investigated cracking characteristics of fine-grained soils and theirtensile strength. The research will help in development of a generalized model for estimating crackingcharacteristics.

� Development of models for managing water quality in drinking water reservoirs (Civil-IITChennai).

The output of this project is helpful for planning the catchment and environmental projects to protectsuch reservoirs from contamination and plan operation of rural water supply schemes.

� Design and development of miniature robot for biopsy and vivo-surgery (Robotics-IITRoorkee)

Project aims to develop mathematical modeling along with simulation of in vivo robot system. Basedon geometric, kinematic and dynamic requirements of end-effector a miniature robot will be designedand developed to implement biopsy of stomach model.

� Experimental investigations of a bio-oil in a DI diesel engine (Interdisciplinary)NIT-Rourkela

This research work aims to convert the wooden waste available in timber, plywood and waste residuesfrom pulp industries into bio-oil by pyrolysis process and use the pyrolysis oil as an alternate fuel fordiesel engines. The combustion, emission and performance of a diesel engine will be analyzed byusing the bio-oil by employing various techniques. .

� 3D Nanofabrication using Electric Discharge Machining (Mechanical) IITK

The project aims to develop a Vacuum micro-EDM set-up with nano resolution and NE (nanoelectrodes) to study plasma characteristics like electron density and plasma temperature with varyingprocess parameters like input voltage, current, duty cycle during EDM process at nano scale and

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fabrication of 3D nanostructures. Proposed study has potential application in aerospace and automobilesector for bringing in qualitative improvement in nano manufacturing through EDM.

The third SERC School in the area of Micro-fabrication and Micro-machining was organized at IITKanpur during this period. About 35 participants mostly from academic institutions and national labparticipated in this school and updated their knowledge in the area of micro machining through lecturesgiven by experts not only from the country but from abroad. The fourth SERC School is being planned atJadavpur University in April, 2010.

A workshop on “manufacturing engineering” was held in CMTI Bangalore in which 75 professionalsfrom academic institutions and industries participated.

The review of a major proposal in manufacturing engineering supported by PAC at IIT-Chennai wasundertaken by an Expert Committee. The installation of the 5 axis machine has just been completed andthe team has been asked to conduct studies for manufacture of parts with complex geometries. TheDepartment is also in the process of supporting a major initiative for enhancing the manufacturing capabilitiesby setting up a Centre at IIT Chennai and IISC Bangalore.

In the area of Combustion Research the Department has initiated process for evolving SERC School.It is also processing 2 major proposals for setting up Combustion Research Centres with human resourcesdevelopment as one of its major objectives.

MATHEMATICAL SCIENCES

The Mathematical Science Programme promotes research in Mathematics, Statistics, OperationsResearch and Theoretical Computer Science, including specialized manpower training for talented collegestudents in remote areas and research students/ young faculty members from college/universities/researchInstitutions, Interaction meets between mathematicians and prospective users and other awarenessprogrammes. The highlights of the progress/achievements are as follow:

� Support to Research in mathematical Sciences:

- 50 new research projects were supported in the areas including Algebra, Number Theory,Topology, Differential geometry, Graph theory, Fluid Mechanics, Differential Equations, Solutionsto the boundary value problems, Coding Theory, Combinatorial Optimization, CelestialMechanics, , Mathematical Modeling, Functional Analysis, Stochastic Process Modeling, , DataMining , etc.

- Support to 100 ongoing projects was continued.

- As an outcome more than 100 research papers have been published in the Journals of Nationaland International repute.

- 3 group monitoring workshops were held to review the progress of the ongoing projects.

� Support to the following centres/ Core Group Research facilities were continued.

- Centre for Mathematical Science at Pala in Kerala: The focus of the research remainedin the areas of fractional calculus, special functions, statistical distribution theory, geometricalprobability, stochastic Processes, discrete mathematics and astrophysics. 14 research scholars

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are being trained in the above areas. More than 25 research papers have been published in thejournals of National and International repute during the year. Two research level books havealso been published.

- Centre for Advance Research in Discrete Mathematics at Kalasalingam University,Krishnankoil, Tamilnadu: The focus of the research remained in the area of discretemathematics. 10 research scholars are being trained in this area. More than 25 research papershave been published in the journals of National and International repute during the year.

The centre with the University of Newcastle, Australia and CR Rao Advanced Institute ofMathematics, Statistics and Computer Science (AIMSCS), Hyderabad organized FifthInternational Workshop on Graph Labelings (IWOGL 2009). About 120 participants including10 experts from USA, UK, Australia, Czech Republic and Slovakia attended the workshop.The centre also organized an Instructional Workshop on Statistical Modeling and Simulation intwo batches for the research scholars and young faculty members.

- Centre for Interdisciplinary research in Mathematical Sciences at Banaras HinduUniversity, Varanasi: The focus of the research remained in the areas of Bayesian Statistics,Discrete Mathematics, Mathematical Modeling, Numerical Computation, Stochastic Modeling,Wavelets and Functional Analysis. 12 research scholars are being trained in the above areas.More than 20 research papers have been published in the journals of National and Internationalrepute during the year.

- Centre for Mathematical Biology at Indian Institute of Bangalore: The focus of theresearch remained in areas of Mathematical and Computational Neurosciences, MathematicalGenomics and Proteomics and Mechanics of Cells and Tissues. 6 research scholars are beingtrained in the above areas. More than 10 research papers have been published in the journals ofNational and International repute during the year.

- Centre for Mathematical Sciences at Banasthali Vidyapeeth, Rajasthan: The focus ofthe research remained in area of Discrete Mathematics and Statistical & Mathematical modeling.4 research scholars are being trained in the above areas. More than 20 research papers havebeen published during the year.

- Centre for Mathematical Sciences at CR Rao Advanced Institute of Mathematics,Statistics and Computer science, Hyderabad: The focus of research remained in the areasof discrete mathematics, graph and digraph theory with applications to social, biological andphysical and behavioral sciences, bio-informatics, and dynamical systems, cryptography,combinatorics, bayesian analysis, design of experiments, biometrics, orthogonal arrays, timeseries and econometric models with applications to national developments, theoretical computerscience, signal processing, analysis of algorithms and complexity, financial mathematics andModernization of the Indian Statistical System etc. 12 research scholars are being trained in theabove areas. More than 26 research papers have been published in the journals of National andInternational repute during the year.

During the year the centre organized an International Conference on “Frontiers of Interfacebetween Statistics and Sciences”. The conference was attended by about 200 research workersfrom India and abroad including Prof. C.R.Rao (FRS), and Abel Laureate Dr. SRS Vardhan.

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Workshop on Image and Speech processing and Workshop on Statistical and MathematicalMethods in Biology have also been organized by the centre.

- National Mathematical Sciences Initiative-The support for National Mathematical SciencesInitiative was continued at Indian Institute of Science, Bangalore to organize compact lectures/workshops/seminar etc.

� Programme for Manpower development: Following Training programmes/Workshops/ SERCSchool were held during the year:

- SERC School -A SERC school on “Matrix valuable calculus and statistical distribution theoryand applications in data analysis, model building and astrophysics problems” was held at Centrefor Mathematical Sciences, Pala. 40 participants from all over the country got benefitted byattending the SERC School.

- National Meet of Research Scholars-National Meet of Research Scholars in mathematicalSciences (NMRSMS-09) was organized at I I T, Roorkee to train the research students aboutresearch methodologies and to improve the presentation skill etc. 45 participants from all overthe country attended the meet.

� Training Programme/ Workshops/ Colloquium etc

25 Training Programmes/Workshops/Colloquium etc were organized at various college/university/institution spread allover the country on the following topics:

Mathematical models for Performance Oriented Heuristic Techniques and its Applications in Industry,Cryptology, Optimization Techniques and Their Applications, Advance Numerical Techniques andApplications, Advances in Mathematical Algorithms and Data Analyses, Mathematical Modellingand Related Optimization Techniques , Mathematical Models for Bio-fluid Flows and Applications,Application of Mathematical Methods in Physical Problems, Fractional calculus and StatisticalDistributions, Bayesian Statistics: Theory and Applications, Dynamical Systems, Graph Theory, Algebraand Algebraic Number Theory, History of Mathematical Sciences, Perspectives in Mathematics,Statistical and Mathematical Methods in Biology, Modern Trends in Celestial Mechanics andAstronomy, etc .

The said activities were organized to train our research students/ young faculty and to keep themabreast with the latest developments in mathematical sciences and to take benefit of large galaxy ofmathematicians in the forthcoming International Congress of Mathematicians (ICM) to be held inIndia at Hyderabad during 19 -27 August, 2010.

� Support was provided to Ramanujan Galary at Periyar Tamilnadu Science & Technology for upgradingit on the life and work of genius Srinivasa Ramanujan to inculcate the spirit of math among the childrenand researchers.

� Publication of two volumes of Ramanujan Mathematical Lecture note series in Mathematical Sciences(RMS-LNSM) have been supported in the areas of Operator theory and Geometric Group Theory.

ATMOSPHERIC SCIENCES

Studies related to the physical, chemical and dynamical aspects of the atmosphere (lower, middle andupper atmosphere) including the monsoons, coupled land-ocean-atmospheric system, geosphere-biosphere

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interactions and development of technology are being supported under Atmospheric Science program.During the period under report organized three meetings of the ‘Program Advisory Committee onAtmospheric Sciences’. A group monitoring workshop was organized in which 15 completed projectswere evaluated and monitored the progress of 39 ongoing projects. A national discussion meeting on‘Atmospheric Sciences’ was organized to revise and update the thrust areas for extra mural researchsupport. The salient achievements under the above program are as follows:

Space Weather Physics and Dynamics

Investigations on the structure and dynamics of ionospheric irregularities through radio beaconscintillations, very low frequency wave propagation and exploration of Magnetospheric plasma, variationsof the total electron content and ionospheric perturbations due to earthquakes, characteristics of lowlatitude magnetic pulsations over two Solar cycles, nonlinear coherent wave structures in magnetosphereand ionospheric plasmas, non-linear wave models, remote sensing of low latitude ionosphere andmagnetosphere using whistler technique and application of Global positioning system for monitoring theEarth’s atmosphere, and establishment of ‘Stratosphere-Troposphere (ST) Radar facility at Nainital’ are inprogress. Also, study of nonlinear processes in Sun Earth connection and establishment of three more STRadars in India has been initiated.

Atmospheric Dynamics and Modeling

A Weather Research Forecast (WRF) model with 30 km resolution and a ROCM (Regional OceanCirculation Model) was chosen to develop an Indian regional coupled climate modeling strategy. Developeda coupler and achieved daily coupling and transfer of fluxes between ocean surface and atmosphere. Theresults indicated the sea surface temperatures (TMI-SSTs) are well correlated and the cold bias has beenrectified. There is need for more studies to diagnose the problems associated with this modeling strategy.Study of the outputs of 25 coupled climate models (used for IPCC AR4) indicated bias in all the modelsand finally evaluated 10 select climate models output parameters over south Asia in particular the ENSOmonsoon and Indian Ocean Dipole relationships. The projections at the end of the 21 Century showed thatalthough the monsoon circulation is weaken, there is significant increase in mean monsoon precipitationover India under the climate change experiments. Studies of the atmospheric energetics during the onsetphase and active phase of the monsoon season and inter comparison of model simulations with differentresolutions, predictability studies of the atmosphere using error growth studies on low dimension mesoscaleand global models are in progress.

Initiated studies on ‘Energetics of zonal waves and intra-seasonal variability of Indian monsoon’,‘Sensitivity of sea surface temperature over Indian Ocean and land cover/ vegetation classes on Indiansummer monsoon precipitation’, ‘Numerical simulation of western disturbance and associated extremeweather using a mesoscale model’, and ‘Establishment of a coupled climate and carbon cycle modelingactivity and investigation of the effects of CO

2 fertilization’.

Aerosols and atmosphere Interactions

Completed the development of handheld Sunphotometer using filter photo detectors as sensors tomonitor aerosol optical thickness, columnar water vapor and ozone concentration in the atmosphere andvalidation is in progress. Regular sampling is under progress for selected houses, indoors and outdoors, fordifferent particle size, concentrations of fine and coarse particulate matter and meteorological conditions atAgra region, measurement of organic and black carbon and chemical constituents of ambient aerosols at a

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suburban site of the Indo-Gangetic plain; study the impact of aerosols and gaseous pollutants in ambient airon physiological parameters of human health due to agricultural crop residue burning at Patiala; samplingand analysis techniques for bio-aerosol standardization and field evaluation for airborne entotoxine are inprogress.

Initiated studies on ‘role of Polycyclic aromatic hydrocarbons (PAH), Volatile organic compounds(VOC) and Ammonia in aqueous phase atmospheric autoxidation of Sulfur dioxide’, ‘Ambient air pollutionand its sources in the background sites of different hill spots in the northwestern Himalaya, HimachalPradesh’, ‘Characterization, toxicity and health risk assessment of polycyclic aromatic hydrocarbons (PAH)in particulate matter and emissions from different combustion fuels’, ‘Spatial and temporal dynamics ofurban heat island in Delhi and its implication for the air quality of Delhi’, and ‘Study of distribution andsources of ambient Ammonia over northwest India’

Ocean-atmosphere interactions

Studies on Sea level variations over the Bay of Bengal, with respect to occurrence of differentcombinations of ENSO and Indian Ocean Dipole (IOD), using satellite altimeter data showed significantcharacteristic features due to the combined effect of ENSO and IOD events. In some cases the occurrenceof one event is overriding the characteristic features of other events. Rapid ecosystem response to theepisodic events (ex. Rainfall) on the biogeochemistry of the coastal waters off Visakhapatnam, significantdecrease in dissolved oxygen levels due to enhanced primary production triggered by land driven materialexported by heavy rainfall were observed. Further, observed persistent existence of cold core eddy withnutrients and chlorophyll-a concentration off Visakhapatnam coast.

Agrometeorology

Assessment of present carbon stocks in the natural forest ecosystems of the Kodugu district ofKarnataka and validation of pathogen environment interaction models of Karnal bunt disease at Punjabhave been completed. Field experiments to understand the crop-weather interactions in selected medicinaland aromatic plants grown in Himachal Pradesh, Studies on carbon sequestration potential of reducedtillage system under rainfed conditions, studies on the climate impacts of sugarcane growth and yield ineastern Uttar Pradesh are in progress. Studies on the ‘Integration of crop growth and yield response ofcotton to multiple environmental stresses, soil and genotypes in space and time by dynamic simulation’were initiated.

Greenhouse Gas Emissions from Agro-ecosystems

Ambient ozone levels at Delhi affected the crop productivity and growth. Charcoal filteration ofozone from ambient air has a positive impact on all the growth and yield parameters in rice and maize.There was about 27% decrease in yield of maize under elevated ozone concentrations. Whereas elevatedcarbon dioxide along with elevated ozone was able to offset some of the negative impact of elevated ozonealone. Field studies were carried out at two different locations in Orissa to estimate the N

20 emission from

traditional and non-traditional pulses. The results suggest emission of N20 depends on edaphic and

atmospheric parameters and there was no difference among the cultivars under study. Completed the fieldexperiments to quantify the N

20 emission from rice and wheat crops grown in the Tezpur region of northeast

India. There exist wide fluctuations in N20 emission rates in different varieties of rice and wheat in relation

to soil and plant factors and ecosystem. Measurements of ozone concentration at Pune showed that long-range transport of background ozone and precursor pollutants also contribute to the exceeding of critical

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levels for protection of vegetation. Surface ozone is much above critical levels and is a concern for humanhealth and agricultural productivity. A Chemistry transport model forced with dynamical fields study indicatesthat the Indo-Gangetic plain region is highly vulnerable to human induced pollutant emissions and sourceregions of ozone precursors within which these tracers remain confined and reinforce photochemicalproduction of ozone. Measurements in the vicinity of sugar factory indicate pollution level during nighttimeare higher than the daytime.

Continental Tropical Convergence Zone

Special emphasis was given under Indian Climate Research Program to evolve and implement multi-agency, multi-disciplinary coordinated field experimental campaigns to investigate the land-ocean-atmosphere interactions and their role in monsoon variability. Science plan of ‘Continental TropicalConvergence Zone (CTCZ)’ was published. CTCZ objectives will address physical processes takingplace on synoptic, meso, cloud and cloud microphysical scales and their interactions. Monsoon involvesland-ocean-biosphere-atmosphere interactions and their feedbacks, and these issues are given importancein CTCZ. The direct and indirect effects of aerosols on monsoon variability on different time scales areamong the objectives of this study. Special efforts be made to elucidate the nature of the cloud systemsover land and measure critical components of water and heat balance in selected basins/watersheds in themonsoon zone to understand the impact of land surface processes and gain insight into genesis of cloudsystems and their propagations over land and ocean. CTCZ is a multi-year program involving special fieldexperiments over land and ocean, in situ cloud observations with instrumented aircraft, analysis of existingdata from conventional platforms as well as satellites, buoys, ARGO floats, and theoretical/ numericalmodel studies with the active participation from all concerned institutions in India. A pilot phase of CTCZwas implemented during 01 July to 31 August 2009 utilizing most of the existing observational weathermonitoring networks including Radars, aerosols, agro meteorological stations, met-ocean data buoys,Argo floats and drifters, two ships (ORV Sagar Kanya and OTV Sagar Nidhi), two aircrafts with state-of-the art instrumentation, additional radiosonde systems at Kharagpur and over northern Bay of Bengal,three micrometeorological towers (Kharagpur, Ranchi, and Anand), stand-alone atmospheric observingsystems (ex. Micropulse Lidars, Sodar, Desdrometers, etc) at few locations north of 18oN, up to foothillsof Himalayas. Efforts are underway to undertake main mega field experiments during 2010 and 2011periods mustering all possible infrastructure and expertise to understand the monsoon dynamics over theIndian region.

Initiated studies on ‘Oceanographic observations in the northern Bay of Bengal deep convectionduring CTCZ’, ‘Oceanographic observations in the southern Bay of Bengal cold pool during CTCZcampaigns’, ‘Oceanographic observational component during CTCZ’, ‘Surface energy budget and boundarylayer structure over the Bay: An observational study during CTCZ’, ‘CTCZ pilot phase 2009: XCTDobservations in the northern Bay of Bengal’, and ‘Interactions between the atmospheric boundary layerand deep convection over the CTCZ domain’.

Human Resource Development activities:

Recognizing the need for highly skilled human resources in atmospheric sciences to meet the enhancedinterest in the discipline organized the following:

1. SERC School on ‘Atmospheric effects and local area augmentation systems’

2. SERC School on ‘Aviation weather hazards: Concepts and modeling’

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3. SERC School on ‘Atmospheric Chemistry and Air Pollution’

4. Training program on ‘Advances in Plant-atmospheric interactions’

5. Training program on ‘Electro dynamical coupling of atmospheric regions’

6. Training program on ‘Application of Geomatics in Urban transportation planning and management’

7. Advanced training program on ‘Use of Geomatics in disaster mitigation and management’

8. Advanced training program on ‘Setting up an industry: Its planning and management in the context ofits impact on local earth system parameters’.

9. Advanced Summer training school on ‘Application of Remote Sensing and GIS tools for coastal andocean resource mapping, monitoring and management’.

EARTH SCIENCES

The Programme Advisory Committee on Earth Sciences (PAC-ES) has the basic mandate of evolvingand supporting R&D projects in emerging areas of research in Earth Sciences. A number of coordinatedresearch programmes in topics and disciplines which are particularly relevant to the Indian context andrequire a fillip were discussed during different meetings of the PAC. The PAC also discussed the need toupdate the Vision document on Earth Sciences. The PAC also addressed research initiatives pertinent tothe national requirements, creation of research infrastructure; develop manpower; organizing of BrainStorming session and Workshops on themes of topical interest such as Ground Water and PalaeoclimateStudy which may eventually lead to initiation of co-ordinated research programme.

Following is the gist of the highlights of some of the projects that are supported under the programme:

Completed Projects

Organic Walled Microfossil Characterisation of Palaeozoic Lithounits of Grahwal TethyanHimalaya-High resolution Biostratigraphy

Under the project, a detailed study along the Sumna-Rimkhim section comprising of Shiala formationhas yielded moderately diversified and well preserved chitinozoan assemblage along with microflora suchas algae and acritarchs which is a new finding from this part of the Globe. Two species such as BelonechitinaCapitata and B. micracantha have been reported in this section.

Modeling for Changes of Coalbed Methane Reservoir Permeability due to Stress

Well Log analysis has been carried out to evaluate resistivity and density log data of about seven wellsdistributed over 3.5 sq Km area of Raniganj and Rangamati coalfield area. The vertical stress measurementcarried out in theses area indicate that the stress magnitude decrease with coal seams compared to thestress gradient at roof and floor of the same seams. Permeability studies have been carried out to correlatethese values with the horizontal stress.

Identification of Recharge Zones through hydrogeological approach in Varha river basin, AndhraPradesh

A ground water recharge zone map of the Varaha river basin has been prepared by integration ofthematic layers of climate, rainfall, slope, soil, drainage density. geomorphological features etc. in a GIS

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platform. Different ground water recharge zones were classified based on the above information and fieldverification. Based on the environmental hydrogeological conditions, various groundwater recharge structureswere recommended.

Platinum Group elements and associated sulphide mineralization at Boula-Nausahi IgneousComplex, Orissa

The platinum group of elements(PGE) and their associated base metal sulphide minerals wereinvestigated in the breccia zone of the Boula-Nausahi Igneous Complex, Orissa. It has been reported thatthe ferrian chromite and arsenopyrite are the major host of Platinum Group elements. After a detailedgeochemical study, it has been concluded that the ferrian chromite is the principal host of PGE minerals andcan be explored and exploited for PGE recovery.

Ongoing Projects

Reconstruction of monsoonal rainfall from the late Quaternary Himalayan forelandsediments by Stable Isotope tracers: implications to climate forcing on vegetation and riverresponse

The oxygen and carbon isotopic ratio of petrographically constrained soil carbonate (insignificantpost-diagenetic alteration) and carbon isotope ratio of organic matter (SOM) associated with the Kalpiand Firozpur core have been measured. The co-variation of ́ 13C and dð18O values of soil carbonatesshow that periods corresponding to enhanced monsoon are represented by increase in C

3 plants. The

monsoon-vegetation-atmospheric CO2 relationship for the time period 84 to 18 ka indicate that abundance

of C4 was driven by the decrease in monsoonal rainfall, and atmospheric CO

2 had negligible effect on the

relative abundances of C3-C

4

Studies on exsolved phase mineralogy and chemical finger printing of East Coast Placer ilmenitesto establish Genetic affinities and to evolve economic implications.

Based on the geochemical studies, it has been reported that there is an occurrence of Zinc bearingIlmenite or Zincian Ilmenite in the placer deposits of east coast. The samples of other two deposits arebeing processed for EPMA analysis and this work been completed.

Nature of Proterozoic Magmatism: A case study of the Dunite: Pyroxenite – Syenite CarbonatiteComplex of Pakkanadu, Salem District, Tamil Nadu, Indian

It has been reported that veins and lenses of carbonatite together with dunite and pyroxenite has beennoticed in the southern part of the Pakkanadu complex near Kudakkal village. Discovery of carbonatitewith pyroxenite and dunite at Kudakkal indicates the possibility of the continuation of the carbonatites fromPanangattur.

Water Balance Studies of the Forested Watersheds Western Ghats, India

The PI reported that soil moisture measurements were taken at three land covers at different soildepths and slopes to arrive at soil moisture fluxes. Both temporal and spatial variations of soil moistureprofile showed that there is temporal variability. Degraded watersheds responded relatively steeper andpeaks on soil moisture rapidly whereas acacia and forest responded slowly and soil moisture built up wasslower. Vertical profile of soil moisture profile indicated a high value in the bottom of the watershed couldbe due to contribution of flow from bedrock to the soil.

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Mesozoic Gondwana Vertebrate form Madhya Pradesh, India: A integrated study onPaleobiology

Nine new vertebrate yielding sites in the Upper Triassic of Tiki Formation representing a mass burialevent have been reported and a large number of veretebrate fossils belonging to various groups of reptileshave been recovered. Another important finding of this project is the discovery of dinosaur remains for thefirst time from the Bagra Formation of Central India.

INTENSIFICATION OF RESEARCH IN HIGH PRIORITY AREAS (IRHPA)

IRHPA is a complementary programme to the SERC programme with activities consisting of settingup of units/ core groups around an eminent scientist and major National Research facilities to nucleateresearch activities in these areas. The scheme has contributed to augment general R&D capabilities atacademic institutions and national laboratories in the areas of Palaeomagnetism, Low Temperature andHigh Magnetic Field, Crystal Structure, Robotics, Laser Spectroscopy, Structural Biology, Surface Science& Technology, Computational Fluid Dynamics, Technical Acoustics, Geocentrifuge for Engineeringapplications etc.

� A facility on “ Spatially Resolved Magnetic Resonance” has been established at IIT, Chennai. Spatiallyresolved MR addresses heterogeneous multi-component systems, and enable measurement ofmolecular distribution and transport within the object and retrieve structural information. Severalexperiments were performed. Some important ones are: (i) measurements of self-diffusion coefficientsin a variety of systems including PEM’s, Surfactant micelles as well as micelles with small reactantmolecules loaded ; zeolites with small molecules loaded. (ii) In vitro investigation of drug moleculearrival at specified voxels in a medium mimicing physiological conditions (i.e. drug dissolution kinetics)by volume localized PRESS spectrometry as a prelude to future in vivo investigation and (iii) processmonitoring on natural and artificial ripening of post-harvest fruits.

� Under Physical Science one project has been sanctioned during this period. This project was proposedto investigate various issues in the emerging area of quantum information theory and quantum optics,viz.

i) Protocols for storage, transfer and distribution of quantum information

ii) Quantum optical implementation of information exchange

iii) Specific applications of quantum information in high energy physics, gravitation and cosmology

iv) Experimental realization of novel quantum phenomena, and their foundational perspective

Establishment of Electron Probe Micro-Analyser (EPMA) National Facility at IIT, Kharagpur

Electron Probe Micro Analyzer has been installed during mid- October 2008 and after necessarycalibration and standardization and the instrument was opened to general public for use in December2008. The EPMA installed at IIT Kharagpur has unique distinction as the filament is tipped with LanthanumHexaborate. The instruments have capabilities including WDS Scan, SE-BSE imaging, X-ray mapping,Quantitative analysis for major and trace concentrations and its application in chemical dating. Around2000 samples from Industries and academic institutions have been analyzed using this Instrument. TheScanning Electron Microscope with Energy Dispersive Spectrometry (SEM-EDS) has been installed atIIT, Kharagpur. The range of capabilities of the instrument have been fully utilized by the different users

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from Mechanical engineering, Chemistry, Rubber Technology, Chemical engineering, Cryogenics, Metallurgyand Physics.

Science of Shallow Sub-surface (SSS)

• Developmental activities cause global warming, air and water pollution, health hazards and degradationof natural environment, unfavourable for the existence of living beings. Motivated by a mix of scientific,environmental, economic, health and safety concerns, a programme on Science of Shallow Sub-surface(SSS) was launched during 2005 to study and understand the shallow subsurface(upto adepth of 100 meters), in an integrated manner in which and with which we build and live. A significantprogress has been made under the programme . Multidisciplinary studies on different bio-geo-chemicalproperties have been carried out in different corridors such as Ganga, Cauvery, Baroda, Narmada,Kachh, North Brahamputra and South Brahmaputra.

• Integration of outcrop data, drill cores, geophysical data, clay mineralogy, soil miocromorphology ,magnetic mineralogy– a multi-proxy approach for understanding stratigraphic response to sourcearea variability and climate change of Ganga Corridor have been carried out.

• A full-scale core archive and analysis facility at IIT Kanpur is fully operational and available for thescientific Community.

• In order to evaluate the ongoing physical, geochemical and biological processes in the subsurface andtheir possible effects on the hydrology, agricultural productivity and climate of the Cauvery deltaregion, drilling at 9 locations have been completed, the lithologs of the samples have been preparedand the detail geochemical works are under progress.

• Detail studies have been carried out to understand the geological, geochemical, and biological aspectsof the shallow subsurface sedimentary records of the Gujarat Corridor.

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• About 15 multidisciplinary projects have been supported to various Institutes of North East Indiaunder the programme to study the sub-surface of Brahmaputra plain. The projects are at variousstages of implementation.

500MHz NMR Microimaging Facility set up at IIT Chennai

OPPORTUNITIES FOR YOUNG SCIENTISTS

Realizing the importance of development of Scientific Manpower for taking up research in challengingareas of S&T, the Department in its 11th Plan has decided to focus upon the schemes that are facilitateencouraging, supporting and nurturing Science students and Young Scientists in a coordinated manner.

Fast Track Scheme for Young Scientists

FAST track scheme for Young Scientists has evolved as one of the prestigious and popular programmesat the national level. The scheme encourages Young Scientists to take up R&D in innovative and challengingareas that they might have identified during the course of their research work. This has resulted in trainingof scientific manpower required to meet the challenges in the future. Screening and monitoring mechanismwas strengthened further for getting “quality” output from these scientists, thus making them candidates forreceiving prestigious awards in national and international forums. Special efforts were made to identify andencourage active young scientists working in institutions in remote areas.

During the current year, sanctions have been issued for 355 new projects costing a total of about Rs.5428.8 lakhs and 360 ongoing projects in various disciplines. Several projects in frontier areas weresupported. This support has helped young researchers to undertake independent research.

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The following are some of the interesting results obtained from the projects:

� Successful insertion of various POMs in the interlayer of LDH through rehydration of calcined LDH(450 °C) under N

2 atmosphere has been achieved. It is observed that introduction of POM in LDH

led to increase the photocatalytic activity.

� It is established that hydrophobic clustering is not a strong enough stimulus to induce HIV-1 proteaseflap closing, as previously believed. The structural water plays a critical role in flap closing dynamicsby destabilizing the hydrophobic clusters and subsequently by mediating the flap-ligand interactions.It is also found that the inhibitors with two carbonyl functional groups would be more potent drugcandidates than the ones with single cyclic urea carbonyl group.

� A novel synthetic methodology has been developed to synthesize cyclopentane substitutedselenophenes.

� The heterobifunctional reagent synthesized was used for construction of microarrays by immobilizationof modified oligonucleotides on glass surface. The regent has potential for further immobilization ofbiomolecules having thiol functionality, on solid surface for diagnostic studies.

� The receptor based pharmacophore mapping was employed to screen two commercial databasesnamely, NCI and Leadquest to find new hits for selective GSK-3 inhibition. Further data reductionwas brought out by employing filters for drug like molecules like, Lipinski’s rule of 5, van der Waalsbumps check and by restricting the number of rotatable bonds to a maximum of 7. Molecular dockingbased method was employed as the final filter to identify 412 hits. Finally, 15 novel classes of moleculeswere identified as new potential leads for GSK-3 selective inhibition.

� Covalent mimics of the ubiquitous but weak (2–8 kJ/mol) peptide main chain hydrogen bondinginteraction (HBI) (>N-H…O=C<) as structure constraining binding elements have been developed.The hydrogen bond mimics (HBMs) are designed to replace a natural main chain HBI at any positionbetween contiguous or non-contiguous polypeptide chains.

� Efficient and simple generic synthetic protocols have been developed for the introduction of alkyllinkers as covalent surrogates for the i+n’!i and i’!i+n peptide hydrogen bonding interactionsrespectively in short peptides. Efficient methods have also been developed for constraining non-contiguous peptide chains into constrained beta-sheet analogues.

� Petromineralological and geochemical characterization of the ophiolitic suite in Manipur, North EasternIndia was carried out. Occurrence of high Al Cr-spinels in Abyssal peridotites; existence of High-Titholeitic basalts and characteristics of PGE in chromitites and peridotites of Manipur Ophiolitic Complexof Indo-Myanmar Orogenic Belt suggest that the ophiolites of Indo-Myanmar Orogenic Belt is aremnant of the Neo-Tethyan oceanic crust generated at mid oceanic ridge tectonic setting. Peridotitesmight be representing the residue left after extraction of MORB-type basalt from the source, followedby the crystallization of High-Al Cr-spinel at low degree partial melting.

� Palynological study of Lameta sediments and sauropod coprolites yielded a number of palynomorphsof gymnospermous and angiospermous flora. The phytoliths recovered from the Lameta sediments

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indicate diversification of grasses during late Cretaceous in India and origin of rice tribe on the Indiansubcontinent. The present study observed two major floral events. First was in the early Maastrichtianduring transition from Lameta to Intertrappean and the second was close to the Cretaceous-Paleogeneboundary during peak vocanic activity. In the first phase volcanic flows physically came in the basinand terminated the existing vegetation. In the changed condition new floral association developed.This floral association continued for some time in the Deccan Volcanic sequence with diversificationand addition of some forms (Lameta Formation and Intertrappean of Ajanta Formation). This phasecan well be correlated with the initial phase of Deccan volcanic activity. In the second phase markeddeterioration in flora is observed at higher stratigraphic level in the Deccan volcanism sequence. Thisphase is represented by high fungal growth, highly fungal infected plant debris, record of a fewpalynomorphs, and sharp increase in mycorrhizal fungi (fungal spike zone). This phase can be correlatedwith the peak Deccan Volcanism of chron 29R in the subprovince.

The Expert Committee on Engineering Sciences has defined one of its major objective as nurturingyoung scientists and engineers through identified peers. 5 Young Scientist were identified by the Committeefor nurturing during the year. Out of the 9 young scientists nurtured last year 3 scientists who had submittedproposal were awarded the same. Apart from this, the Committee’s main activity is to recommend projectswith novelty and innovativeness for support. During the last one year period the Committee supported 93proposals out of 274 proposals received by DST from various institutions.

Recognizing loss of enthusiasm for R&D in engineering institutions, particularly amongst the faculty inNITs and State of Engineering Colleges, the Committee also took up the task of reaching out to theseInstitutions and facilitating widening the net of researchers in engineering sciences. As is evident there hasbeen a rise in the number of proposals received during this year. It may be interesting to note that almost 25young scientists who have been supported under the scheme earlier have now been supported under themain SERC scheme through the PACs. A few of them have also been nominated for the INAE YoungEngineering Award during last 2-3 years.

The Department had organized 4 Interaction & Review Workshops, (GIW) during the period atJadavpur University, NIT, Raipur, NIT, Surathkal and Punjabi Universitym Patiala. Apart from these 2meetings to scrutinize new proposals were also organised one of them in PICT, Pune and the other in NewDelhi. The faculty of these Institutions interacted with the Committee members and dissemination of SERCand DST programmes was also done.

During the period 72 ongoing/ completed proposals were reviewed. The individual projects wererated based on the outcome/ progress made as presented by the individual scientists. The summary of theratings is as follows:

In one of the completed project rated as Excellent the PI is from Bengal Engineering & ScienceUniversity, Howrah. In 2 other projects in the area of electronics the output has been rated as Excellentand the PIs are from TIFR and CEDT. In addition, a project on Reed Solomon Code where the PI hascome up with excellent output has also been rated similarly along with another project which was related tomagnetic nano particles production from bacterial culture. The PI who did the first project at IIT, Delhi isnow a faculty at IIIT – Bangalore and the other project investigator is from IIT-Delhi. The PI of thecompleted project at JN Vyas University, Jodhpur which was rated as excellent last year has now beenawarded a project under the main SERC Scheme.

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Better Opportunities for Young Scientists in Chosen Areas of Science and Technology(BOYSCAST)

The BOYSCAST programme of DST provides opportunities to the young Indian scientists/technologists below the age of 35 years, who hold regular positions in recognized S&T institutes in India,to visit reputed institutions abroad, interact with scientists there, get exposure to latest research techniquesand conduct R&D in frontline areas of Science & Technology. Under the BOYSCAST programme,fellowships of three to twelve months duration are provided every year to the selected young Indianscientists for conducting research/undergoing specialized training in reputed overseas research laboratories/institutes. During the year, fellowships were awarded to 103 young scientists in the areas including Interfacescience & engineering, Advanced/smart/novel materials, Nano-science & technology, Electronic materialsand processing, Optoelectronics, Microfabrication/Micromachining, Signal processing technologies,Microinstrumentation, Wireless communication, High performance/grid computing, Machine intelligence,Multicriteria decision making including generic algorithms and neural networks, Synthetic methodologies,Heterogeneous catalysis, Supramolecular chemistry, Polymer and surface chemistry, Bioinorganic/Biomimeticchemistry, Molecular electronic structure and dynamics, Ecological engineering, Molecular biology of biotic/abiotic stresses in plants, Plant microbe interaction, Molecular marker assisted plant breeding, Cropbiotechnology, Transgenic plants and animals, Genetic engineering, Reproduction technology, Stem cellresearch, HIV/AIDS research, Molecular cytogenics, Industrial microbiology, Drug development, Drugdelivery system, Vaccine research, Evolution and dynamics of Indian Lithosphere, Geotectonic modelsand experiments, Seismology, Paleobiogeochemistry, Regional and global climate studies and prediction,Design of efficient numerical/quantitative methods for solving differential equations, Computational fluiddynamics etc. It is envisaged that the expertise gained by these young scientists/technologists during thefellowship period will lead to initiation/strengthening of the national programmes in these areas as well asfurther generation and spread of expertise at the national institutes.

The Kishore Vaigyanik Protsahan Yojana (KVPY)

Under the attractive scholarship and training scheme, Kishore Vaigyanik Protsahan Yojana (KVPY),about 370 students were selected.

For the students continuing in the Scheme, summer training programmes were again organized thisyear in a number of institutions across the country. Based on their scholastic performance in their respectivecourses of study and their performance in the summer training programme, the scholarship was renewed.

Science Olympiad Programmes

The Indian teams again performed very well in the International Mathematics, Physics, Chemistryand Biology Olympiads. The medal tally this year was as follows: in Mathematics : 3 Silver, 3 Bronzemedals and 1 Honourable Mention; in Physics : 4 Gold, 1 Silver; in Chemistry : 4 Silver; and, in Biology:1 Gold, 2 Silver and 1 Bronze medals.

Assistance for Participation in International Conference

The objective of the scheme is to provide travel assistance to the Indian Scientists working in educational/academic institutions and National R&D laboratories enabling them to participate in the InternationalConferences/Workshops etc. This provides an opportunity to the Indian scientists to interact with theirforeign counterparts which enable them to present their findings and results at an International level for abetter peer reviewing.

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During the year, 1455 candidates supported out of total number of 3540 applications received. Outof this, about 576 young scientists were supported towards travel grants to participate in InternationalConferences/Workshops, training Programmes etc. Some of the important conferences were WorldCong. on Engg. And Computer Science,World Congress on Ophthalmology, Int.Conf.on Carbon, Materialsfor Advanced Technologies, Int.Conf.on Computational Methods & Function Theory, Int. Conf. on PlasmaScience, Int. Conf. on Green & Sustainable Chemistry, Int. Chemical Conf. etc.

Seminar/Symposia and Assistance to Professional Bodies

The scheme for seminar/symposia and assistance to professional bodies aims to promote activeinvolvement of Professional S&T Bodies and Science Academies for National Development; encourageand support Professional S&T Bodies and Science Academies for promoting interaction amongst themselves,fermentation of new ideas for societal development and extend financial, logistic and administrative supportto scientific groups and scientific institutions/universities in the country for organising scientific events. About550 International and national conferences/workshops were supported in this period.

Sophisticated Analytical Instrument Facilities (SAIF)

The Department of Science & Technology has set up Sophisticated Analytical Instrument Facilities(SAIFs) in different parts of the country to provide the facilities of sophisticated analytical instruments tothe research workers in general and specially from the institutions which do not have such instrumentsthrough its (SAIF) programme to enable them to pursue R&D activities requiring such facilities and keeppace with developments taking place globally. At present the Sophisticated Analytical Instrument Facilities(SAIFs) are being supported by DST at IIT, Chennai; IIT, Mumbai; CDRI, Lucknow; Panjab University;Chandigarh; NEHU, Shillong; Nagpur University; Nagpur; IISc., Bangalore; AIIMS, New Delhi, GauhatiUniversity, Guwahati; IIT, Roorkee, CVM, Vallabh Vidyanagar and Sophisticated Test & InstrumentationCentre (STIC), Kochi.

Analytical Instrument Facilities Available at the SAIFs

The SAIFs are equipped with instruments such as Scanning Electron Microscopes, TransmissionElectron Microscopes, Electron Probe Microanalyzer, Mass Spectrometers, ICP, NMR, EPRSpectrometers, X-ray Diffractometers, Thermal Analysis Systems, etc. to meet the needs of researchworkers in various areas of science & technology. Instrument facilities were strengthened during the year inthe areas of Electron microscopy, Molecular characterization/structure determination and Surface analysisto meet the current and emerging needs of the research community. Some of the major instrument facilitiesinstalled at the SAIFs during the year are: High Resolution Scanning Electron Microscope with EDAX &WDS at the SAIF, Chennai, Secondary Ion Mass Spectrometer and FT-IR Imaging System at the SAIFMumbai, 400 MHz FT-NMR Spectrometer at SICART Vallabh Vidyanagar and the SAIF, Kochi. Thefollowing instrument facilities are further being added to the existing SAIFs to strengthen them: VibratingSample Magnetometer at the SAIF Chennai, Q-TOF HR Mass Spectrometer at the SAIF, Lucknow,200 KeV Transmission Electron Microscope at the SAIF, New Delhi and Single Crystal X-rayDiffractometer at the SAIF, Kochi. The SAIFs over the years have acquired the capabilities of repair andmaintenance of instruments and majority of the instruments with them are being maintained in-house.

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Services Provided/ Other Activities Undertaken

Analytical services

• A wide range of sophisticated analytical instrument facilities/techniques are being provided by theSAIFs to the research workers. The instrument facilities at the SAIFs are meeting the analyticalneeds of scientists including qualitative/quantitative elemental, molecular/compound analysis/characterization, structure determination, microstructure analysis and surface topographic studiesetc., and enabling them to pursue research in various frontline areas of S&T.

• Consultancy services like solution to analytical problems including development of analytical methodsfor specific needs, sampling problems, spectrum analysis and interpretation of results etc. are alsobeing offered by the SAIFs. Facilities and assistance for sample preparation are also being providedto the users.

• The facilities at the SAIFs facilitated research in various areas of Science & Technology. Some ofthese include synthesis of a variety of organic compounds, drug intermediates, extraction/study ofnatural products/screening for their biological activities, drugs & pharmaceutical research, study ofbiomolecules and their structure elucidation, Research in consdensed matter physics/material science,nano-science & technology, studies related to crops/seeds, insecticides, various diseases, etc. About700 research papers were published by the users of the SAIFs with the support from the facilitiesprovided.

• About 12,500 scientists/users from all over the country utilized the facilities during the year. Theseincluded research workers from almost all the universities in the country. About 83% of the userswere from academic sector.

• About one lakh samples were analyzed at the Facilities during the year.

Training programmes/workshops

Training programmes/workshops were organized by the SAIFs on use and application of variousinstruments and analytical techniques to create awareness among the research community about them andon maintenance/repair/operation of the instruments for technicians. Some of the training programmes/workshops organized are as follows:

• Training programmes on Electron Microscopy for research workers/technical personnel by SAIF,New Delhi.

• A workshop on ‘1D and 2D NMR techniques’ by SAIF, Chennai.

• A national school on ‘A new direction to NMR: From molecules to human behaviour’ by SAIF,Bangalore.

• A workshop on ‘Mass Spectrometry’ by SAIF, Chennai.

• A workshop on ‘Chromatography and Mass Spectrometric Techniques’ by SAIF, Kochi.

• A workshop on ‘Spectrographic, Chromatographic and Microscopic techniques of analysis’ bySICART, Vallabh Vidyanagar.

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• A workshop on ‘UV-VIS-NIR and Fluorescence Spectroscopy’ by SAIF, Chennai.

• A workshop on ‘Instrumentation and Applications of Thermal Analysis Systems’ by SAIF, Chennai.

• A workshop on ‘Thermal Analysis Techniques’ by SAIF, Kochi.

Analytical techniques developed/significant analysis done/research work facilitated

Some of the analytical techniques developed/significant analysis done/research work facilitated bythe SAIFs are as follows:

• The compound Nymphayel (C25

H42

O1) extracted from Nymphae Stellata (Wild Lily from Tamil

Nadu) is found to have excellent ability for regenerating the ²-cells. One of the reasons for insulindependent diabetics is depletion of ²-cells in the islet of Langerhans in the pancreas. The structure ofcompound Nymphayol was solved at the SAIF, Chennai.

• Deterministic Bell state discrimination has been carried out by NMR using qubit system at SAIF,Bangalore. Experimental implementation of quantum Ulam’s problem has also been carried out usingagain a three qubit system.

• Single file diffusion of confined water inside a single wall nano-tube was studied by NMR diffusionmeasurements at SAIF Bangalore.

• A new chiral medium based on small fragments of DNA has been proposed for the first time forenantiomeric discrimination of water soluble molecules. The medium has advantage that it can beused for the study of protein-DNA interactions also. The work has been facilitated at SAIF, Bangalore.

• New methodologies for rapid NMR data collection have been developed for application to structuraland functional studies of large molecular weight proteins. The work was facilitated at SAIF, Bangalore.

• Dose-dependent cardioprotective effect of leaf extract from medicinal plants, Moringa oleifera andCommiphora mukul in isoproterenol-induced acute myocardial necrosis in rats was studied at AIIMS,New Delhi. TEM study done at the SAIF, New Delhi provided confirmatory evidence forcardioprotective effects of both plant extracts as revealed from reversal of injured mitochondrial andmyocyte ultrastructure in isoprovenol-induced damage myocardium to normalcy following treatmentwith these drugs.

• The work on elastic liposome’s bearing melatonin resulted in demonstration of their feasibility fortransdermal delivery of melatonin that provides better transdermal flux and possesses the ability of aself-penetration enhancer as compared to conventional liposomes. The work was facilitated at SAIF,New Delhi.

• A method to measure the Dry Rubber content in natural rubber latex by determining the change inenthalpy of unit mass of the sample in a definite temperature range with DSC was developed at SAIF,Kochi.

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High Resolution Electron Microscope with EDAX and WDS at the SAIF, Chennai

Secondary Ion Mass spectrometer at the SAIF, Mumbai

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FT-IR Imaging System at the SAIF, Mumbai

400 MHz FT-NMR Spectrometer at the SAIF, Kochi

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Utilization of Scientific Expertise of Retired Scientists (USERS)

USERS scheme aims to utilize the expertise and potential of large number of Eminent Scientists in thecountry who remain active and deeply motivated to participate in S&T development even after theirretirement. The main activity under this programme is preparation of books/monographs and state of art-reports. Several retired scientists have been supported and 18 projects were sanctioned during this financialyear. Some of the important projects commissioned during the year include: Climate change and agriculture-green house gases and crops; Pathogenesis of animal bacterial diseases; Biofungicide: strategies for enhancingthe efficacy in the management of plant diseases; Dye Sensitized solar Cell: principle and state of art;Recommended standard practices in the field of static force, pressure & torque metrology; Mosquitovectors of japanese encephalitis virus from northern India; Diversity, ecology and managemen of termitesin forest ecosystem; Hazardous & Household Waster Materials - Methodologies & Techniques for riskassessment and containment; Statistical Analysis of Indian Monsoon Rainfall; Quantum field theory inmedium (with applications to hadron propagation and heavy-ion collision).

Fund for Improvement of S&T Infrastructure In Universities and Higher EducationalInstitutions

“FIST” - Fund for improvement of S&T infrastructures in universities and higher educationalinstitutions scheme was started in 2000 for augmenting PG teaching and research activities in all sciencedepartments of Universities, Colleges and other Academic Institutions in the country. The Scheme hasbeen conceptualized with an objective of augmentation of science departments either engaged in impartingPG teaching or actively involved in research activities so that more students can be attracted to pursue theircarrier in higher studies in new and emerging areas of science.

Financial support is provided to acquire state-of-art equipment besides basic equipment, renovationof existing infrastructure, augmentation of facilities available in the department and setting up of Computercentre in the department. The Program generally extends support in six broad subject areas of S&T i.e.Life Sciences, Physical Sciences, Chemical Sciences, Engineering Sciences, Earth & Atmospheric Sciences& Mathematical Sciences through two levels of support.

About 160 proposals (in Level I and Level II Category) have been recommended for support with abudget of Rs 142.15 Crores. In addition, FIST Support has been made available to the ongoing FISTProposals. Further about 80 proposals (in Level I and Level II Category) from various Universities andInstitutes have also been recommended for support under FIST 2009 by FIST Advisory Board. The totalrecommended budget for FIST Program (for Departments in Universities and Institutes) in the year 2009is Rs 91.60 Crores. Already 60 proposals have been processed for support under FIST Program thisyear.

“Special S & T Support to North East Region” under FIST Programme

Towards augmentation of the S&T infrastructure and Research and Training in the NER Universitiesand their affiliated colleges, the Department of Science and Technology allocated about Rs.70.00 croresfor five years. The allocation was distributed over several heads viz, support to 58 UG colleges, threetypes of fellowships, Major facilities in a consortium mode, Teaching support to University Departments,Stabilized power Supply and for Research projects on region specific themes. Activity-wise achievementsare given below:

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Support to Under Graduate Colleges

Total 58 colleges, affiliated to 12 Universities in NER, were identified for the support. An amount ofRs. 50.00 lakhs was allocated to each college for equipments, lab renovation, computer lab and maintenance.North East Institute of Science and Technology (NEIST) has been entrusted the responsibility ofimplementing this project which includes procurement of equipments, their installation and monitoring theprogress. The individual colleges have taken up the responsibility of the lab renovation related aspectsdirectly. During the first phase, Rs.586.00 lakhs was released to NEIST for lab renovation and setting upof computer lab during 2008-09. Out of this NEIST has disbursed Rs.5.00 lakhs directly to each collegefor lab renovation and procured the computers and networking items for all the 58 colleges and arrangedthe installation at the respective locations. The procurement process was guided by Technical Committeewith representatives from NEIST, few Universities and DST.

Setting up of Computer Lab

A common configuration was designed by NEIST for all 58 colleges and the design was provided toeach college for renovation. The renovation of the computer lab was done by the colleges with the fundsprovided to them by NEIST. The following items for computer labs were procured by NEIST and installationwas completed at all 58 colleges. The computer lab was equipped with 7 computers, one server, Printer,UPS and AC.

Lab Renovation: The lab renovation was also completed by all the respective colleges.

Till date, NEIST’s Team has inspected the colleges namely: Tripura : Maharaja Bir Bikram College,Agartala; Womens’ College, Agartala; Belonia College, Belonia; Ramkrishna Mahavidyalaya, Kailashahar;Manipur : DM College of Science, Imphal; Modern College, Imphal; GP Womens’ College, Imphal;Manipur College, Imphal; Assam : Gurucharan College, Silchar; Cachar College, Silchar; KarimganjCollege, Karimganj; Srikishan Sarda College, Hailakandi; Dibrugarh HS Kanoi College, Dibrugarh; DuliajanCollege, Duliajan; Jagannath Barooah College, Jorhat; Science College, Jorhat; Dergaon Kamal DowerahCollege, Dergaon; Lakhimpur Girls’ College, Lakhimpur, North Lakhimpur College, Lakhimpur; DibruCollege, Dibrugarh; Tinsukia College, Tinsukia; Sibsagar College, Joysagar; Debraj Roy College, Golaghat;Moran College, Moranhat; Nowgong College, Nagaon; Morigaon College, Morigaon; Darrang College,Tezpur, Lokanayak Omeo Kumar Das College, Dhekiajuli; Kaliabor College, Kuwaritol; ArunachalPradesh : Dera Natung Govt. College, Itanagar; Nagaland : Patkai Christian College, Dimapur andKohima Science College, Kohima.

The team from NEIST reported that the progress on Lab renovation and setting up of the computerlab is very satisfactory.

The second installment of Rs.586.00 lakhs has been made to NEIST towards the procurement of theequipments for teaching for all 58 colleges during 2009-10. List of equipments to be procured has beenfinalized by NEIST and Procurement process initiated.

It was recommended that three types of fellowships may be supported viz., (i)Visiting Professor toNER Universities; (ii) Visiting Faculty to outside NER and (iii) Visiting Student Fellowship to outside NER.

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The responsibility of implementation of the Fellowship component was entrusted to Jagadis Bose NationalScience Talent Search (JBNSTS), Kolkata. The details of the fellowships availed by the candidates isgiven below:

Visiting Professor to NER University (one Month) – 6 Nos

Visiting Faculty to Outside NER (One Month) – 6 Nos

Visiting Student to Outside NER (Three Months) – 10 Nos

The requirements for Fellowships submitted by the respective Universities for the year 2009-10 areunder process.

Summer / Winter Schools

The eight following Summer/ Winter Schools were supported

I. Central Agriculture University, (Mizoram campus)Title: S/W School on “Recent advances in molecular and immunological techniques for diagnosis ofbacterial diseases of livestock and poultry”

2. Dibrugarh UniversityCoordinating Department: Department of Statistics, Dibrugarh University

Title: S/W School on “Statistics for UG Students”

3. Gauhati UniversityCoordinating Department: Department of Geography, Gauhati UniversityTitle: S/W School on “Micro-level area study for evolving strategies for sustainable development”

4. Mizoram UniversityCoordinating Department: Department of Geology, Mizoram UniversityTitle: S/W School on “ The neogene palaeobiology, sedimentology and stratigraphy of the NERegion”

5. North Eastern Hill UniversityCoordinated by UGC-Center for advanced studies in Botany, NEHU.Title: S/W School on “ Recent advances in plant Science”

6. Rajiv Gandhi UniversityCoordinating Department: Department of Zoology, RGU, Arunachal Pradesh.Title: S/W School on “Rice fish integrated farming technique for high altitude west rice land”

7. Tezpur UniversityCoordinating Department: Department of Chemical Sciences, Tezpur University.Title: S/W School on “Green Chemistry”

8. Tripura UniversityCoordinating Department: Department of Zoology, Tripura University.Title: S/W School on “ Taxonomy and identification on Hemiptenran insects of economicimportance”

Fresh proposals for the current financial year are being requested.

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Stabilized Power Supply to Universities in NER

It was recommended that a one time support to improve the power quality in the NER universitiesmay be provided up to Rs.50.00 lakhs to each University. So far, the following Universities have beensupported during 2008-09 and 2009-10:

University F.Y Sanctioned ReleasedRs. in Lakh Rs. in lakh

Mizoram University, Aizwal 2008-09 50.00 40.00

Central Agriculture University, Manipur 2008-09 50.00 40.00

North Eastern Hill University, Shillong 2008-09 50.00 40.00

Tripura University, Agartala 2009-10 43.00 40.00

Tezpur University, NAPAAM, Tezpur 2009-10 17.00 15.00

Manipur University, Canchipur, Imphal 2009-10 20.00 18.00

Dibrugarh University, Dibrugarh 2009-10 37.50 35.00

Rajiv Gandhi University, Itanagar 2009-10 35.00 30.00

The supported systems are being procured now.

Support for Teaching Equipment to Universities in NER

An amount of Rs.150 lakhs was allocated to each University. However, the Expert Committee afterreviewing the individual proposals recommended Rs.120 lakhs for the state Universities and Rs.80.00lakhs for the Central Universities in NER. Accordingly, the following Universities have been supported forthe Teaching Equipment. The support is spread over 5 years including maintenance.

University F.Y Sanctioned ReleasedRs. in Lakh Rs. in lakh

Tezpur University 2008-09 80.00 40.00

Manipur University 2008-09 66.00 30.00

Tripura University 2009-10 61.00 35.00

Gauhati University 2009-10 97.00 50.00

North Eastern Hill University 2009-10 80.00 50.00

Rajiv Gandhi University 2009-10 73.00 50.00

Mizoram University 2009-10 73.00 50.00

So far, an amount of Rs.17.47 Crores has been released to these support areas under this package.

Major facility Support

The matter was extensively discussed during first 4 meetings of the Expert Committee. Due to thenon-convergence of the deliberations regarding selection of the locations, the Expert Committee suggestedthat a sub-Group may visit the NER Universities for on the spot assessment of the requirement by theUniversity, Expertise available and to finally select the locations. The Expert Committee during its 5th

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meeting held at Itanagar in April 2009, reviewed the sub-Group’s recommendations and identified thelocations and the facility to be established as given below:

Gauhati University: High Performance Computational facility with 64 nodes cluster and software

Tezpur University: Powdered XRD Facility with High and Low Temperature systems

Tripura University: 400 MHz NMR facility

Mizoram University: High Resolution TEM facility

The proposals on the above major facilities are being formulated by the respective Universities.

Coordinated Research Projects specific to NER region.

Proposals are being formulated by the respective Universities as per the recommendations of theExpert Committee.

PURSE PROGRAMME

In appreciation of the R & D contributions of the performing universities, PURSE initiative is taken byDepartment of Science & Technology, Government of India to initiate value added proactive measuresthrough introduction of R & D Incentive Grant. PURSE scheme provides substantive research grant togrant to 14 Universities on scientific publications in Science Citation Indexed Journals.

The following table illustrates the quantum of support, as approved by the Department to 14 PerformingUniversities based on H-index.

S. N. University H-Index Research Grant

1. University of Delhi 56 Rs.10.0 crore per year for 3 years

2 University of Hyderabad 54

3 Punjab University 50

4 University of Pune 44 Rs.5.0 crore per year for 3 years

5 Jadavpur University 43

6 Banaras Hindu University 42

7 University of Madras 37 Rs.3.0 crore per year for 3 years

8 University of Bombay 37

9 Jawaharlal Nehru University 33

10 Anna University 31

11 Karnataka University 30

12 Aligarh University 30

13 University of Rajasthan 27 Rs 2.0 crore per year for 3 years

14 Andhra University 26

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Under PURSE Initiative, DST intends to provide support to these universities essentially for researchman-power cost, augmentation of equipment and computational facilities, research consumables, organizationof scientific conferences/workshops, travel and maintenance of the facilities.

Total budget of PURSE Program is Rs 201.0 Crores for three years. The first installment of Rs 67.0Crores have been made available to all 14 Universities.

INDIA-UK Science Bridges Awards & Next Generation Network

Towards enrichment of linkages between India and UK, DST and Research Council (RC) UnitedKingdom have instituted the Science Bridges Award Program including Next Generation Network Systems.

Three projects namely “Sustainable Indo-UK Agricultural Initiative from IISc, Bangalore and IARI,New Delhi, “The Science and Business of Translation in Pharmaceutical Sciences and Biotechnology”from IIT Kanpur and IIM Bangalore and “Bio-Energy: Technology and Business Solutions for UK andIndia”, from IIT Delhi have been supported under this Program with a budget of Rs 1268.0 lakhs for threeyears. Under this Program another Project on “Excellence in Next Generation Networks” from IIT Madrashave been supported with a budget of Rs 1483.0 lakhs for 30 months.

DST-India and RC-UK Research Initiative on Solar Energy

The Department of Science and Technology and the Engineering and Physical Sciences ResearchCouncil (EPSRC), UK on 23 April 2009, signed a cooperation agreement to co-fund a joint researchinitiative in solar energy. Under this agreement, UK and India each has committed to contribute up to 5 MUK Pounds for this call over a three year period. The agreement conveys the two countries to cooperatetowards fostering of genuine and mutually beneficial research to develop novel materials, devices andsystems applicable to solar energy.

Two out of Eight proposals received under this program have been recommended for Support.

Sr. no. Proposal Title Lead Partner - Lead Partner - UK Cost Requested Cost requestedIndia from EPSRC from DST in INR

in Pound Sterling in lakh

1 Advancing the Dr Suresh Chand Prof Hari Mohan 2490440.92 1993efficiency and NPL, New Delhi Upadhyay,production potential University ofof exictonic solar Loughboroughcells (APEX)

2 Stability and Prof Rajesh Dr Ralph Gottachalg, 2365814.38 1824.42performance of Gupta, University of

Photovoltaic (STaPP) IIT Bombay Loughborough

These proposals are being funded from SERC (R &D) Program of DST for supporting the Indianside.

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INSPIRE Program

“Innovation in Science Pursuit for Inspired Research (INSPIRE)” is one such innovativeprograms proposed by the Department of Science & Technology for attraction of talent to science. Thebasic objective of INSPIRE would be to communicate to the youth population of the country the excitementsof creative pursuit of science and attract talent to the study of science at an early stage and build therequired critical human resource pool for strengthening and expanding the Science & Technology systemand R&D base.

INSPIRE Scheme has included three components. These are : a) Scheme for Early Attraction ofTalents for Science (SEATS), b) Scholarship for Higher Education (SHE) and c) Assured Opportunity forResearch Careers (AORC).

Scheme for Early Attraction of Talent (SEATS) aims to attract talented youth to study science byproviding INSPIRE Award of Rs 5000 to one million young learners of the age group 10-15 years andarrange a summer camp for about 50,000 youth in more than 100 locations for toppers in Class X boardexaminations with global leaders in science to experience the joy of innovations on an annual basis throughINSPIRE Internship.

Scholarship for Higher Education (SHE) aims to enhance rates of Attachment of talented youth toundertake higher education in science intensive program by providing scholarships and mentoring throughsummer attachment to performing researchers. The scheme would offer 10,000 Scholarship every year @Rs 0.80 lakh per year for undertaking Bachelor and Masters level education in natural sciences for thetalented youth in the age group 17-22 years. The main feature of the scheme is in mentorship support beingplanned for every scholar through INSPIRE Scholarship.

Assured Opportunity for Research Careers (AORC) aims to attract, attach, retain and nourish talentedyoung scientific Human Resource for strengthening the R&D foundation and base by offering doctoralINSPIRE Fellowship in the age group of 22-27 in the both basic and applied sciences including engineeringand medicine and assured opportunity for post doctoral researchers through a scheme (similar to that ofnew blood program of the Royal society of UK) through contractual and tenure track positions for 5 yearsin both basic and applied sciences areas through an INSPIRE Faculty Scheme. This will be renamed as‘Dr Homi Bhabha Centenary post-doctoral Research Faculty Position’ Scheme

Government of India has approved this program in November 2008 at a total cost of Rs 1979.25crores in the 11th Plan Period and Hon’ble Prime Minister launched the Program on 13th December 2008.

The INSPIRE Award for the students in the class ranging from 6th to 10th standard of 20. States andUTs have been finalized and a total of about 1.1 lakh students have been recommended. 41,000 DebitWarrants of Rs 5000 per Award have already been handed over to the respective States and the remainingwarrants are being prepared. The recommendations from States like Uttar Pradesh, Orissa, Sikkim arepresently being processed.

Besides this in a science camp about 12,000 INSPIRE Internship in about 55 Science Camps acrossall states in the country for the students who are top 1% in Class XI Board examinations, has also beengiven exposure with the Science Leaders in the country including Noble laureates.

During the last one year, 1700 INSPIRE Scholarships to the students pursing the 5 years IntegratedMS/ MSc degree in different science courses at five Indian Institute of Science Education & Research

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(IISERs), National Institute of Education & Research (NISER), Indian Institute of Technology (IITs),Indian School of Mines (ISM) have been awarded under the Scholarship for Higher Education componentof INSPIRE program. About 700 INSPIRE Scholarships to the students who are common top 1% inClass X and Class XII Board Examinations and pursing the BSc – MSc or 5 years Integrated MSc degreeat the various Colleges and Universities are finalized. The applications for the remaining students doinggraduate course in science have been received now for the award of INSPIRE Scholarship under‘Scholarship for Higher Education (SHE) component of the whole INSPIRE program and shall be awardedshortly.

Under INSPIRE Fellowships, about 80 Fellowships have been finalized now based on the FirstRank holder in their post-graduate/ under-graduate programs and pursing doctoral degree at the Universityor any other academic Institutions in the country. Another 280 Fellowships are being finalized shortly.

SPECIAL S & T SUPPORT TO JAMMU AND KASHMIR

The Department initiated a special S&T support to Jammu and Kashmir for the augmentation ofinfrastructure in the University Departments and affiliated colleges. Towards this endeavor, Secretary, DSTmet all the Vice-Chancellors of the Universities in the State on 2nd May 2009. During the meeting, supporttotaling over Rs.600 lakhs for five years was recommended for various schemes such as support to UGcolleges (about 35 Nos), three types of fellowships (visiting professorships for senior faculty from otherregions of the country to teach in universities in J&K region; visiting positions for young faculty of J&K forresearch in other region of India for duration of 3-6 months and fellowships for doctoral students from J&Kfor work in other regions of India), Stabilized Power Supply, teaching support, Major facility support, summer/winter schools and focused R & D support.

In order to oversee the implementation of the whole support, DST constituted an Expert Committee.The Expert Committee met in July 2009 at University of Jammu and in December 2009 at SKUAST,Jammu to discuss the modus operandi for implementation of the DST support on various categories ofsupport. University of Jammu and University of Kashmir have offered to implement the support to UnderGraduate Colleges affiliated to them. Progress achieved so far is given as follows:

Under Graduate College Support

Total 18 under graduate colleges affiliated to University of Kashmir have been supported at a total costof Rs.900 lakhs @ Rs.50 lakhs each for teaching equipments,computer lab, laboratory renovation, books andmaintenance. Initial release of Rs.540 lakhs has been made for this purpose.

Total 16 under graduate colleges affiliated to University of Jammu have been supported at a total costof Rs.710 lakhs @ Rs.50 lakhs each for teaching equipments, Computer lab, laboratory renovation, Booksand maintenance. Initial release of Rs.426 lakhs has been made for this purpose.

Stabilized Power Supply

In order to overcome the Power Fluctuations in the Universities in J&K State, it was proposed to providefinancial assistance upto Rs.50 lakhs to each University. This support includes power back up systems/generators which can cater to the Science/ Engineering Departments of the University. So far University ofKashmir, Srinagar; Baba Ghulam Shah Badshah University, Rajouri; Shri Mata Vaishno Devi University,Jammu; Sher-e-Kashmir University of Agricultural Science and Technology (SKUAST), Jammu andUniversity of Jammu, Jammu have been supported.

Teaching Support

Baba Gulam Shah Badshah University, Rajouri and Shri Mata Vaishno Devi University, Jammu havesubmitted the proposals which and are being processed.

The remaining areas of support such as Fellowships, Major Instrumentation facility, Research projectsetc. will be supported during the subsequent years.

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Technology Systems Development (TSD) Programme supports activities aimed at developing andintegrating technologies to evolve technology systems both in the advanced/emerging areas and in traditionalsectors/areas. Under the Programme, feasibility of fresh ideas/ concepts is assessed for their potentialconversion into useful technology/ product. Applications of R&D for socio-economic benefits is consciouslypromoted under this programme. The focus is on inter-disciplinary, multi-institutional technology feasibilityand development of technologies in certain identified areas.

The primary objective of the Programme is to facilitate and support development of products ortechniques/ technology aimed at specific end use. The Programme stresses on clearly identifying the needsfor development of the technology so that the developmental effort could be useful to the target beneficiary.It envisages active user involvement and association in the development effort. The intention is that theproducts/ technologies developed under the Programme become useful for the benefit of the people atlarge. The specific objectives of the Programme are to:

• Develop and integrate technologies following a holistic approach in identified areas;

• Promote application of modern/ advanced technologies to socio-economic problem solving;

• Promote modernization of traditional technologies, tools and skills;

• Facilitate enhancement of quality and performance of the traditional/ non-traditional items;

• Encourage developments in application of R&D activities; and

• Promote initiatives aimed at improving technology, technique, material, methods and other appropriateactivities conducive for development of technology status in identified areas.

Summary of the progress made during 2009-10 in some of the important areas, on technologydevelopment are enumerated as follows:

WATER PURIFICATION

Under this area, the focus was primarily on developing technologies specifically for removal of arsenic,fluoride, salinity and iron.

Replication of Defluoridation Plants for Ground water Purification in Affected Areas ofAndhra Pradesh

Fluorosis is a serious health problem faced by humans and livestock in several States in India due tothe presence of excessive fluoride in ground water. Andhra Pradesh and Rajasthan are two of the mostwidely affected States. The permissible level of fluoride in groundwater is 1.0 ppm as per Bureau of IndianStandards and 0.5 ppm according to W.H.O. regulations. Groundwater in Nalgonda District of AndhraPradesh State contains up to 20 ppm fluoride which is the highest in the world as per W.H.O. statistics.

CHAPTER 2

TECHNOLOGY DEVELOPMENT PROGRAMME

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Parochial methods adapted in Nalgonda district, which involve removal of fluoride by adsorption, sufferfrom disadvantages such as poor fluoride removal efficiency, inability in separating other impurities (e.g;dissolved salts, microorganisms, etc.), low flow rates and high operating costs.

This project involved application of Reverse Osmosis (RO) technology for the removal of fluorideand other impurities from drinking water. IICT conducted research on a pilot scale system using commerciallyavailable membranes and designed a model defluoridation system which includes extensive pretreatmentsuch as sand filtration, exposure to activated carbon, hardness removal and anti-scalant dosing to enablelong membrane life. Effective post treatment using UV and ozonization was also incorporated to ensurehigh purity and quality of the product water. Five reverse osmosis plants of 1000 L/h capacity each havebeen installed in the fluoride affected areas of the Andhra Pradesh during the year.

Installation of RO membrane based hybrid plant in Andhra Pradesh for the treatment of water containing excessfluoride : A solution for the production of pure drinking water with safe concentrate disposal

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Information & Communication Technology (ICT) Systems

Under this area, the focus is on developing technologies, which promote application of informationtechnologies for the benefit of general masses especially rural people. Following projects were completed/supported in this area during the year:

• Design and development of Test Bench for Sound and Vibration Analysis in Electrical Machines usingVirtual Instrumentation.

• Development of wireless sensor network based automated feed uptake and animal developmentmonitoring scheme for semi-rural dairy operations.

• Development of multi-agent based system for dynamic multi-project scheduling.

To develop and validate a mode telemedicine facility in Ophthalmology using indigenous equipmentat Venu Eye Institute , New Delhi

The diseases managed at the Vision Centre included a wide array of conditions ranging from simplerefractive error to infectious conditions of the ocular surface. Surgical cases (e.g. Cataract) or those requiringspecialized intervention (e.g. Retinal diseases) were identified and referred to the nodal hospital. Postcataract surgery patients from the secondary and tertiary hospitals were also followed up at these VisionCentres, through tele-consultation. Patients presenting at the Vision Centres were also able to interact withthe doctor posted in the nodal hospital through the tele-ophthalmic set-up. Tele-Ophthalmology providesstate-of-the-art healthcare services (in eye) to needy patients in remote rural areas. It bridges geographical& economical divide and provides a replicable model for further community empowerment through education& improved awareness of healthcare. The project was successfully completed during the year.

Integration of knowledge System on Soil Nutrient Management through Image Processing ofChromatograms

The new technology developed gives acceptable level of accuracy (>90%) for all nutrients exceptorganic Carbon (70%), Sulphur (72%) and Zinc (80%) compared with conventional analytical methods.Software for image processing of soil chromatogram so as to know the soil composition, fertilizerrecommendation and best suitable crop has been developed and tested at various levels. More than12,000 soil samples have been processed for circular Paper chromatograms, image processing and case-based reasoning.. A manual on Alternative analytical technology was prepared and published on workshop.Establishment of 3 laboratories in Andhra Pradesh and 2 laboratories in Tamil Nadu are in progress fortesting farmer’s soil samples free of cost. The technology for alternative analytical technology for soiltesting is protected under patent application.

Surface Engineering modification and rejuvenation of Traditional Crafts

The main objective of this program was to explore the possibility of application of advanced SurfaceEngineering technologies to improve value addition of traditional crafts and modernization of traditionaltechniques, tools and skills with a view to enhance export capabilities and performance of traditional andnon-traditional items.

Eco-friendly and user friendly machines for hank processing cottage industry

Under the project, user friendly machines for hank processing and pirn sizing were developed as perthe required technical specifications. Operating handle of the machine was also purposely kept away from

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actual dyeing bath to avoid constant exposure to heat and chemicals. The machine is placed at Solapur(Maharashtra) and Rabkavi-Banhatti (Karnataka) clusters. Accordingly, field trials were carried on thedeveloped machines with use of conventional synthetic dyes. Fabric has been prepared on sample loomwith yarn dyed on these developed machines. Similarly trials for natural dyes (for 2 shades, brown andyellow) on the machine were carried.

Hank Processing Machine

The developed hank dyeing machine and pirn sizing machines have proved to be user-friendly becauseof provision of partial mechanization of the hank/ yarn movement. The exposure of worker to the chemicals,auxiliaries, high temperature is reduced on the developed machines as compared to the conventional hankdyeing process. The configuration of the developed prototype model is very simple and it can be modifiedas per the production and process requirement. As far as handloom cottage industry is concerned, it suitsthe production requirement and is useful for different production levels. Thus the project was successfullycompleted during the year.

Innovative Civil Infrastructure Technology Systems

The progress of the project entitled “Distress Dignostic Performance Evaluation for Bridge ManagementSystem for Concrete Bridges– Phase-II i.e. Development of a Prototype of Visual Inspection Unit atMERADO, Ludhiana was reviewed during the year.

Glass Technology Upgradation

Following projects were initiated during the year: “Development of sol-gel based low e-indium TinOxide (ITO) coatings on glass for different applications” ,”Design and development of precision biasphericpolycarbonate lenses for indirect ophthalmoscopy (20D & 28D)”, “Development of contemporary designfor unorganized small scale sector of Firozabad Glass Cluster”.

Bimolecular Electronics & Conducting Polymers

Under this sub-area, technology feasibility and development projects in the area of Bio-MolecularElectronics, conducting Polymer electronics and Bio-sensors were catalyzed. Some of the important projectssupported during the year are:

“Process Development for production of bacteriordopsin by halobacterium species for application innano-device development” ,”Synthesis and scale up of high contrast processable electrochromic polymersbased on conjugated dialkoxythiophenes”, “Study of phthalocyanine- polyaniline-composite thin film foruse as suitable materials in solar cells”, “Development of novel free redical biosensor based on embeddedsystem”, “Development of hybrid solar cells”, Polymer nanocomposites for flexible electronic applications”,“Development of Biosensor for measurement of glucose concentration in body fluids non-invasively”,”Development of Electrochemical Biosensors for monitoring pesticides in water, soil and foodsamples”, “Design an dfabrication of efficient white organic light emitting diode”, “Developemnt of Polymerbased sprintronik devices”, “Development of the prototype of saw sensors for NOx gas”, “Fabrication ofenergy efficient hybrid organic light emitting device (OLED) on nano structure templates for white lightingapplications”, “Development of high efficiency, low cost dye sensitized solar cells”, “Metal Oxide Polymernano composites for detection of gas pollutants in sugar industries”, “Integrated all Optical swiching usingbacterirdopsin”, “Development of halobacterial variants for enhanced bacterirdopsin (Br) protein production”,

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“Study of Optical power limiting characterstic of bacterirdopsin for the design of detector protectionsystem”, “Design of optical logic gates with bacterirdopsin”, “Development of photochromic thin film ofbacteriordopsin”, “Hybrid Structures: Use of semiconducting nano particlesin Donar/ Acceptor type OrganicSolar Cells”, “Development of nano porous TiO2 electrode and modified solid polymer electrodes for dyesensitized solar cells (DCSS)”, “Development of Organic Piezoelectric Sensor for human blood pressuremeasurement”, “Preparation and characterization of sputtered smart nanomaterials for electrochemicdevices”, “Inkjet printing of conducting polymers for optoelectronic devices-processability and wettingcharacteristics”.

Waste utilization, recycling and Management

The progress of the project entitled “Utilization of Rice Husk-An Agricultural Waste for theDevelopment of Useful Silicon Based Monoxide Ceramics” was reviewed during the year.

Flux Enhancement and Fouling Reduction During Effluent (Leather and Dye) Treatment usingMembrane Separation

The effluent from each of the separation units (namely,soaking, liming, deliming-bating, pickling, degreasing, tanning,neutralization, dyeing and fatliquoring effluent) were individuallytreated, preceded by an optimized pretreatment method for eachof these effluent. The separation scheme, e.g., the types ofmembrane separation operations (reverse osmosis, nanofiltration,ultrafiltration) to be used for each effluent, their operatingconditions, etc. were optimized through experiments and the effluentqualities (in terms of BOD, COD, salt, specific inorganiccomponents) measured. The developed separation schemes andmethods successfully removed spent chemicals and salts, including chromium from the tanning effluent. TheBOD and COD values of the treated effluent were well below the stipulated limits. The treated water wasfound to be suitable for recycling as feed and/or wash water. The sludge obtained from the specific pre-treatment processes were analyzed and found to have fertilizer qualities comparable to organic fertilizers.

To reduce fouling and enhance flux, strategically placed turbulence promoters were utilized in theflow path to lessen the formation of any deposited layer on the membrane surfaces. The optical microscopyassisted method developed for direct measurement of the deposition thickness on the membrane surface,coupled with the turbulence promoter experiments established the best promoter shapes for maximum fluxenhancement. It was observed that curved turbulent promoters could increase the flux significantly (as highas 60%) compared to laminar flow, without increasing pumping cost in a significant way. For example,increases in flux using turbulent promoter were 31-57% in nanofiltration, 43% in reverse osmosis fortanning and 50% in ultrafiltration for the pickling effluent.

Biodegradable/Bio-medical Polymers

Department has mobilized few project proposals to catalyze research and technology developmentin this area. The progress of following projects was reviewed during the year:

• Development of degradable composites with Euphorbia latex and natural fiber

• Development and Scale-up of Stable Environment Friendly, Water-based Microemulsion Formulationsof Neem Based Pesticides

Experimental Set-up

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• Development of novel sun protection agents based on new macrocyclic metacyclophanes.

• Technology Development of biodegradable additives and performance evaluation of biodegradablewith various plastics.

• Engineered Biofiber hybrid composites: opportunities & challenges for environmental sustainability &high performance applications.

Ceramic Technology Upgradation Programme

The project entitled “Developmental aspects of double fired wall tiles by suitable substitution ofvarious ceramic wastes for its gainful utilization” was initiated in addition to 7 other projects reviewedduring the year.

Development of Microwave based systems

The progress of the project entitled “Design & Development of 42 GHz, 200 kW/CW/Long PulseGyrotron” was reviewed during the year.

Development of High Power Microwave System for Tea Processing

DST has initiated a project on new application of tea drying/ processing using high-end technologyinvolving high power microwaves. The microwave system developed for tea processing can also be usedfor killing fungus/ bacteria developed on stored tea before packing. This will improve the quality andincrease the shelf life of tea. The machine could also be used for many other agro-based processes such ascontrolling the moisture level in food grains, drying of fruit powder, vegetable branching, etc.

Variable power 10 kW Microwave System developed for Tea Drying hassuccessfully been installed at tea garden of M/s Koomtai Tea Estates, Assam

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Platform technologies for a range of application

Nine projects funded on development of DNA Methylation Detection kit; Planner Optical Waveguidesfor use as Optical Sensors; Microelectrode arrays for electrochemical applications; Infrared spectroscopicstudy for tumor diagnosis; Electronic nose technology; Instrumentation for Bacterial Antibiogram;Capacitance and conductance based sensor Instrumentation for biochemical characterization; ParasiteDetection Instrument using fluorascence and image processing; Novel free redical biosensor based onembedded system; were initiated .

Miscellaneous Technologies

New projects on Development of an automated system for differentiating slowly and rapidly evolvinghuman genes to facilitate medical research ; Software infrastructure and programming model to enhancethe performance of application on multi core platform; Realization of IP based wireless sensor networkwith emphasis on image transfer and on-demand routing were initiated during the year. One of the majortechnologies based on Carbon Carbon aerogel based super capacitor for button cell applicationsdeveloped. Key accomplishments were made in three steps for the fabrication of button cells using CarbonAerogel.

Carbon aerogel is a special class of open-cell monolithic forms of carbon, which possess interconnectedstructure with considerable high surface area and tunable pore-sizes. Carbon aerogels of differentcompositions were prepared and fabricated under this project. The key accomplishments were made inthree steps for the fabrication of button cells using Carbon Aerogel which are given below:

Preparation of Carbon aerogel

Carbon aerogels of varying compositions were prepared from precursor organic gels followed bysupercritical drying and pyrolysis in inert atmosphere. The specification of the RF and carbon aerogel andtheir physical properties are as follows:

Properties RF Aerogel Carbon Aerogel

Bulk density (g/cc) 0.15 – 0.60 0.20 – 1.00

BET surface area (m2/g) 200 – 500 300 – 1200

Av. pore size (nm) 10 – 30 3 – 10

Pore volume (cc/g) 0.63 – 1.50 0.27 – 1.30

Preparation of Carbon aerogel Electrodes

Carbon aerogel based electrodes of thickness 80-250 µm and width 10-50 mm were prepared bycalendaring technique using as-prepared carbon aerogels powders and organic binder (PTFE) of differentweight percentage (6-12 wt%). Green tapes were then dried at 120°C for several hours and followed bycuring at 250-350°C for 2 hours under nitrogen atmosphere

Fabrication of Carbon aerogel Super-capacitors

Carbon aerogel super-capacitors of capacitance 0.25 to 1.20 F exhibited good stability (±10%tolerance only) were fabricated using two carbon aerogel based electrodes in combination of currentcollector electrode (thin Ag-foil, 50 µm thick), porous membrane and electrolyte (Et

4NBF

4) in organic

medium (Propylene carbonate). Fabricated super-capacitors were tested using indigenously fabricatedFarad meter and Super-capacitor testing system (SCTS).

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WATER TECHNOLOGY INITIATIVE PROGRAMME

The Water Technology Initiative (WTI) progamme of DST has focused on creation of databases,assessment and evaluation of technologies for Safe Drinking Water for decentralized applications. Varioussystems and solutions available for providing safe drinking water for domestic application are being assessedand evaluated under different social contexts. The scheme also aims to initiate path-breaking researchwhich will lead to technologies of future that are currently at a nascent stage to address water relatedchallenges facing the country. Attempt is being made to overcome the risk factors by developing focusedinter-disciplinary programme to create a “shelf of technological solutions” synergizing complementarystrengths of various institutions.

The focus of the programme is on development and proving convergent technology solutions underreal-life conditions. A database would be developed to recognize and rank technologies for decentralizedapplication in purification of drinking water.

During the year, the thrust of the programme has been on design and development of low costsolutions for domestic use of technologies for ensuring safe drinking water quality. Accordingly, focus hasbeen on filtration and adsorption technologies for development and demonstration. The activities alsocovered pilot testing of credible number of products and referencing of selected technologies to the socialcontext of the application region. The specific achievements related to technology options for stand-alonedrinking water purification systems for rural schools, field assessment of technological solutions for arsenic,fluoride, iron and desalination of brackish water as well as sea water, scientific evaluation of variousindigenously developed water purification technologies in academic institution, laboratories, etc. Specificachievements are highlighted here:

1. Research and Development Projects:

The important R&D projects supported during the year included studies on Carbon membranes fordrinking water treatment, fly-ash membranes for waste water treatment and bio-monitoring of pathogensin water.

2. Demonstration, Upscaling and Replication:

A two stage reverse osmosis system of 6000 lph capacity for seawater desalination with provision forenergy recovery was initiated. Development of instrumentation for remote monitoring of performanceof water purification plants was also supported. Demonstration of high efficiency solar stills andhousehold defluoridation system in various parts of Rajasthan was also supported. Towns and citieslocated by rivers in Uttarakhand directly abstract surface water for drinking, which is contaminateddue to discharge of untreated sewage, presence of pathogens and turbidity. In order to address thisproblem, technology demonstration of bank filtration as a pretreatment step to remove pathogensand organics was supported in 5 locations.

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Replication of cost effective user friendly system for arsenic removal based on locally availablezerovalent iron was initiated in 50 affected sites across 5 States in the country. The system consistentlydelivers arsenic- free drinking water conforming to specification and generates minimal sludge.

Arsenic Removal Unit in West Bengal

Field model for Arsenic Removal Unit (ARU) was developed based on co-precipitation, pre –filtration, adsorption, post –filtration in series by School of Water Resources Engineering (SWRE),Jadavpur University. One hand-pump attached ARU has been installed at Village Malatipur, Bilbora-Kobra Gram Panchayat, J L No.-5 Lalgola Block, District., Murshidabad. The functioning of the unithas been monitored and found to be producing Arsenic-safe water conforming to BIS- standard.

Community Based Arsenic Removal Plant at Maltipur

Two Stage Reverse Osmosis System

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1. Scouting of Technologies

In order to identify various drinking water purification technologies available in the country and assesstheir status of development/ commercialization, a study was conducted which covered 204manufacturing organizations, 10 R&D labs and 40 community users like water supplying agencies,Panchayati Raj Institutions, public health engineering departments. The report has provided a technologybased classification of various drinking water purification technologies for community applicationsand their status of development. An inventory of technology solutions for addressing variouscontaminants has also been prepared as part of the study.

2. Evaluation of Technologies

Evaluation of stand-alone water purification system was carried out in 20 States (20 schools in eachstates) based on scientifically developed protocol in association with the concerned State S&T Councils.Field evaluation of various technologies for removal of fluoride and bacteriological impurities wasalso initiated.

3. Capacity Development

Trainers’ Training Programme on ‘Sustainable Rainwater Harvesting and Ground Water Recharge inDeveloping Countries- HRD and Technology Transfer’ was organized by DST in collaboration withNAM S&T Centre and Karnataka State Council for Science and Technology, during 22 - 27 February,2010 at Bangaluru. 17 participants from 16 NAM countries including Pakistan, Nepal, Sri Lanka,Myanmar, Zambia, Egypt, Iran etc. and 9 Indian participants from 5 States (Punjab, Uttarakhand,Karnataka, Tamilnadu and Maharashtra) participated in the event. The training programme involvesrainwater harvesting, groundwater recharge from buildings, apartments, office complexes, corporatesectors, companies and various institutes.

SOLAR ENERGY RESEARCH INITIATIVE

DST under Solar Energy Research Initiative (SERI) supports activities aimed at improving efficiencyof materials, devices, systems and sub-systems including innovative R&D demonstration projects. Theprogramme also facilitates and encourages inter-institutional linkages to develop state-of-the-art productsand development of critical mass of R&D strengths for Solar Energy Research.

The focus of the programme is on Research, Development and Demonstration activities to promoteutilization of novel Solar Energy Systems. Applications of Solar Energy for applications other than powergeneration are being explored and assessed of their potential to provide convergent technology solutionsunder real-life conditions. The programme also demonstrates hybrid solar power systems integrated onvarious R&D pathways and multiple technology alternatives for distributed energy use to validate theirviability to meet rural energy needs under public private-partnership mode.

During the year, mobilization effort in terms of a national initiative was mounted by developing aknowledge network among the elite institutions in the country. Five rounds of interaction were held toformulate PAN-IIT initiative. This has led to identification of specific areas in which each IIT would be ableto contribute in developing a vertically integrated solar energy system for the generation and delivery of a1 MWe power, 8 hours a day, based on photovoltaic as well as solar thermal route. The PAN-IIT initiativeis focused on developing national core competence in developing indigenous research-led cost-parity ofsolar energy options with fossil fuel based energy systems within the next two Plan periods.

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Process has also been initiated to develop a solution for off-grid application with a target of providingpower to a village at the cost of less than Rs.9 per Kwh of delivered power. As an initial step in thisdirection, Department has supported a 256kW Solar Thermal Technology Demonstration Project at villageShive, Pune. The plant is being set up with the technical expertise of M/s Thermax Ltd. The plant wouldoperate with solar energy and would have biomass boiler as backup during the non- insolation period. Theproject is primarily based on indigenously developed design and manufacturing capabilities. Thedemonstration plant based on the parabolic troughs will be commissioned in 18 months under the publicprivate partnership (PPP) mode. The success of this technology has potential for its multiplication in numbersboth in centralized and distributed generation systems.

A “National Status Document and Aspirational Document” outlining ‘Grand Challenges on SolarEnergy’ is also under preparation.

Parabolic Trough Model of 256 kW Solar Thermal Hybrid Plan Proposed atShive Village

INSTRUMENTATION DEVELOPMENT PROGRAMME (IDP)

DST has been promoting the area of instrumentation through its Instrumentation DevelopmentProgramme (IDP) with the objective of strengthening indigenous capability for research, design anddevelopment of instruments in the country leading to their indigenous development and production, continuousupdating of the technology to keep pace with technological improvements taking place globally. The industrycollaborated projects are supported under the following thrust areas: Analytical & Optical Instrumentation;Sensor & Allied Instrumentation ; Industrial Instrumentation; Medical & Healthcare Instrumentation.

During the year the following activities were carried out:

New programmes/ projects initiated

Some of the industry collaborated new programmes/ projects initiated recently included:

Development of Integrated Electronic Nose and Vision System for quality estimation of Basmati Riceinitiated at Center for Development of Advanced Computing (C-DAC), Kolkata.

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Development of a Hydrogen gas sensor with high sensitivity and selectivity based upon nano-crystallinenano-porous metal/ metal oxide for space exploration in heavy water plant industry initiated at IndianInstitute of Chemical Technology (IICT), Hyderabad.

Establishment of Sensor Hub at Central Glass and Ceramic Research Institute (CGCRI), Kolkata.

Design, development and characterization of magneto-optic material based current sensor for industrialapplication at Birla Institute of Technology (BIT), Mesra, Ranchi.

Know How/Technologies Transferred

Technology of On-Line Mango Sorting System using Soft X-Ray Imaging designed and developedby Chennai Centre of Central Electronics Engineering Research Institute (CEERI) was transferred to M/sProteck Circuits & Systems Pvt. Ltd., Chennai. The system uses soft x-ray imaging to detect spongy tissueor seed weevil infestations which are not visible externally and is useful for exporters involved in exportingbulk quantities of exotic mango varieties such as Alphonso Mango.

Instruments under Development

Infant Ventilator

A project to design and develop an Infant Ventilator using electro-pneumatic system is beingimplemented by PSG College of Technology, Coimbatore. The developed instrument will provide anaccurate control of air/ oxygen mixtures capable of operating in volume, time or pressure cycles with abuilt-in modular design. The proposed Infant Ventilator will have Respiratory Rate of 1 to 150 bpm withinspiratory time of 0.10 to 3.00 seconds. Also, the inspiratory pressure will be 5 to 70 cm H

2O and

expiratory pressure of 0 to 30 cm H2O. The Infant Ventilator will consist of breathing system monitor,

exhalation valve, frequency blender, ventilator development kit and TFT display controller with userinterface. Till date, various sensors to be used in the development of Infant Ventilator have been calibratedand exhalation valve and frequency blender have been fabricated and tested. Breathing System Monitor,Ventilator Development Kit, Adjustable Pressure Regulator and TFT Display Controller with user interfaceare being developed. After the development of the different modules, the 3 prototype ventilators will befabricated and tested and field trials at different Medical Hospitals will be conducted.

Breathing System Monitor Test Set-Up at PSG College of Technology, Coimbatore

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Design & Development of Controlled Melting & Freezing System for Preparation of Ultra-PureCrystalline Material

A project for design & development of Controlled Melting & Freezing System for Preparation ofUltra-Pure Crystalline Material is being undertaken by Centre for Materials for Electronics Technology(C-MET), Hyderabad and Department of Instrumentation, Indian Institute of Science (IISc.), Bangalore.The project is aimed at development of Controlled Melting & Freezing System suitable for preparation ofUltra-Pure Crystalline Material such as Gallium-Indium (GaIn), Gallium Antimonide (GaSb), GalliumTelluride (GaTe), Indium Antimonide (InSb) and Gallium Indium Antimonide (GaInSb) from 4N+/5N to6N+/7N purity.

Two prototype/ laboratory furnaces (750° C & 1000° C) and sample lowering facility have beendeveloped and the parameters are being optimized by preparing high purity GaTe, GaSb, InSb, GaIn andBi crystalline samples. The characterization of these samples is in progress in both theproject implementing laboratories. Perfection of the process parameters will be taken up based on thefeedback of purity tests/ characterization results.

Novel Plasma Reactor for production of Nano Alumina at Dalmia Institute of Scientific and Industrial Research,Rajgangpur, Orissa

A novel Plasma Reactor is under development for production of Nano Alumia which can be used inrefractories.

Human Pulse Detection and Analysis System for Diagnosis by Ayurvedic Way at Pune University,Pune

The instrument under development contains mechanical fixture to fix three piezoelectric sensors havingthe same characteristics on the arm of the patient by providing the movement in three dimensions. Themodel is designed in such a way that we can get minimum centre to centre distance between left and right

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arm sensor i.e. 25 mm and maximum centre to centre distance between left and right arm sensor i.e. 40mm. and total weight of the instrument is around 1.8 Kg. This instrument basically imitates the processwhich is used by the Ayurvedic Physician for the diagnosis of the nature of the person as depicted in theayurveda viz. Vata, Pitta and Kapha.

Fluorescence based biosensor for detection of iron at North Maharashtra University, Jalgaon

The technique for the detection and quantification of iron in clinical blood, water, soil, and otherenvironmental samples has been developed. The patent application for detection of Siderophore using drypaper strip is under preparation of filing.

Near Infrared Spectroscopy based online instrument for quality assessment in Edible Oil Industryjointly at Central Food and Technological Research Institute, Mysore & Central ElectronicsEngineering Research Institute, Chennai Centre, Chennai

The above project aims at development of relationship between NIRS and peroxide value, free fattyacids and marker compound composition using chemometric techniques. The developed system is beingintegrated online for monitoring the peroxide value and free fatty acid in selected edibles oils in the industry.

Continuous feed equipment for extraction of Aloe Vera Gel at Central Institute of AgriculturalEngineering, Regional Centre, Industrial Extension Project, Tamil Nadu Agricultural University,Coimbatore

The main feature of the equipment under development is to remove the central gel of Aloe vera leaveswith little contamination of the Aloin. The equipment helps in extracting the gel from Aloe vera leaveswithout contaminating the gel with toxic juices which are indigenous to the rind of the leaves. The processof cutting of leaves, rind panel peeling and gel removing operations is carried out during continuous movementof the leaf along the developed system. The instrument will also reduce the processing time and humandrudgery involvement in the process. The instrument is suited for small and medium scale Aloe vera processingunits. The output capacity is likely to be about 50 Kg gel per hour which means 200 kg of Aloe vera to beprocessed per hour. This will also replace the traditional hand held Aloe vera processing.

Workshops/ Symposia/ Meetings and Training/ Skill Development Programmes

Some of the Workshops/ Symposia/ Meetings and Training/ Skill Development programmes organizedduring the year included the following:

Investor-investigator meet on Instrumentation Development held during 26-27 July 2009 at SDCollege, Ambala in association with Instrument Design Development and Facilities Centre (IDDC), Ambalaand Ambala Scientific Instruments Manufacturers Association (ASIMA), Ambala.

Training programmes on repair and maintenance of Biomedical Instruments.

A national workshop on “Capacity Building of Technical Personnel for Industrial Clusters in NorthernIndia” oraganized in collaboration with National Research and Technological Consortium, Parwanoo,Himachal Pradesh.

A training programme on production techniques for fabrication of optical components for optical/scientific instruments (lens & prism making) by Instrument Design Development & Facilities Centre (IDDC),Haryana State Electronics Development Corporation Ltd., (HARTRON), Ambala.

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Investor-investigator meet on Textile Instrumentation held at South India Textile Research Association(SITRA), Coimbatore, on 5 December 2009.

A cluster of projects meeting on Analytical/ Sensors/ Industrial/ Biomedical Instrumentation held atBengal Engineering and Science University (BESU), Howrah during 1-2 February 2010.

New Initiative

To involve scientists/ technologists from all parts of the country in Instrumentation DevelopmentProgramme (IDP), theme based discussions/ interaction meetings involving experts, researchers and industryrepresentatives were initiated. In these meetings, the potential PIs present their concept proposals fordevelopment of instruments on the theme of the meeting and projects are evolved for consideration.

DRUGS AND PHARMACEUTICALS RESEARCH PROGRAMME

The Drugs and Pharmaceuticals Research Programme (DPRP) was initiated in 1994-95 for promotingIndustry–Institutional collaboration in drug and pharmaceuticals sector. This programme aims at enhancingcapabilities of institutions and Indian Drugs & Pharmaceuticals Industry towards development of NewDrugs in all systems of medicine. The specific objectives of this scheme are:

• To synergize the strengths of publicly funded R&D institutions and Indian Pharmaceutical Industry indeveloping drugs in areas of national relevance;

• To create an enabling infrastructure, mechanisms and linkages to facilitate new drug development;and

• To stimulate skill development of human resources in R&D for drugs and pharmaceuticals.

Achievements

The following are the new collaborative R&D projects which have been funded during the year:

• Expressing of an epignetically silenced tumor suppressor gene, RASSFIA in human cancer cells byMahanine: A lesion from human prostate cancer cell study and a promise for human cancer treatmentbetween Visva Bharati, Santiniketan and East India Pharmaceuticals Works Ltd., Kolkata.

• Anti aging and Anti wrinkle formulation with matrix metalloproteinase inhibitory activity from naturalresources between Jadavpur University, Kolkata and Parker Robinson (P) Ltd., Kolkata.

• Rabies DNA Vaccine: Bioprocess optimization & immunogenecity studies between JNU, New Delhiand Parenteral Biotech Ltd., Noida.

• Optimization of a recombinant R-Phenylacetyl Carbinol (R-PAC) production process between IndianInstitute of Technology (IIT), Mumbai and M/s. Embio Ltd., Mumbai.

• Scale up and optimization of a mammalian cell culture system for the over expression of therapeuticmonoclonal antibodies with specific reference to Rituximap between JNU, New Delhi and ARAHealthcare Pvt. Ltd., Gurgaon.

• Development of anti-microbial agents from soil microflora among CDRI, Lucknow; IMTECH,Chandigarh; SRISTI, Ahmedabad; Karnataka Antibiotics & Pharmaceuticals Ltd, Bangalore.

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The Pharma Industry Loan R&D projects

• Chiral technologies for single enantiomer drugs/drug intermediates through biocatalysis to M/s. UnimarkRemedies Ltd., Mumbai.

• WCK 2349 oral anti-MRSA NCE clinical development – Phase I Single Escalated Dose and MultipleEscalated Dose studies to M/s. Wockhardt Ltd., Mumbai.

• Sun-1334H – A novel selective H1 receptor antagonist for allergic disorders to M/s. Sun PharmaAdvanced Research Company Ltd., Mumbai.

• ZYH1 Phase III Clinical studies in dyslipidemia with type 2 diabetes mellitus, hyper-triglyceridemiawith type II diabetes not controlled with Atorvastatin Therapy, Hypertriglyceridemia in HIV associatedlipodystrophy and non-alcoholic seatohepatitis to M/s. Cadila Healthcare Ahmedabad.

• Establishment of state-of-the-art toxicology research facility for large animals (Beagle Dogs) to M/s.Sipra Labs. Ltd., Hyderabad.

• Development of Ayurvedic Formulation for the prevention and management of Allergic Diseases toM/s. Baijnath Pharmaceuticals Pvt. Ltd., Kangra.

• Development of a novel, highly efficient and cost effective process to produce large quantities of iso-sulphan blue an active pharmaceuticals ingredient used as a contrast agent for the delineation oflymphatic vessels and particularly useful as a cancer diagnostic agent to M/s. Innovassynth Technologies(I) Ltd., Mumbai.

• Enantioselective synthesis of the drug Pregabalin to M/s. Helvetica Industries (P) Ltd., New Delhi.

National Facility supported

• Strengthening of existing facilities with a special emphasis to bioequivalence study of drugs andmetabolites in plasma by LC-MS/MS at Jadavpur University, Kolkata.

Interaction Meets, Conferences & Workshops

Support was provided for organizing several interaction meets between Academia and Industriesinvolved in R&D and products development in Natural Products and Modern System of medicine. Theseare as follows:

• International Conference on “Drug Development and Discovery” – Public Private Partnership bySouth Asian Chapter of American College of Clinical Pharmacology (ACCP), KEM Hospital,Mumbai, in collaboration with Maharashtra University of Health Sciences, Nasik during 3 - 4 October2009.

• Pre-conference workshop on “Good Practices in Clinical Research” and International Conferenceon “Drug Discovery to Clinical Development” during 8-10 December 2009 at Mumbai by Institute ofClinical Research (India) (ICRI), New Delhi.

• National Conference on “Recent Trends and Applications of Nanotechnology in Pharmacy andBiology” on 21-22 January 2010 by Anna University, Tiruchirappalli.

• 4th International Symposium on “Current Trends in Drug Discovery Research” during 17-21 February2010 at Central Drug Research Institute, Lucknow.

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SCIENCE AND TECHNOLOGY ADVISORY COMMITTEE

Science And Technology Advisory Committee (STAC) and the nodal role of DST came into beingfrom the recommendations of Planning Commission Seminar on New Technologies held in 1986. TheDepartment of Science and Technology has played a catalytic role in initiating the STAC mechanism in 24socio-economic ministries.

Joint Technology Projects under STAC/IS-STAC:

In Phase III of the National Helium Conservation Programme, the 2nd and 3rd Helium / GeochemicalMonitoring Laboratories were set up in J&K and Andaman & Nicobar Islands. The data collected is beingfurther analyzed along with the data available with the central laboratory at Bakreshwar (WB).

National Program on Carbon Sequestration (NPCS) Research

(i) Under the project to develop technology for carbon recycling through conversion of CO2into multiple alternate fuels, a prototype plant has been indigenously designed, developed, andcommissioned at Rajeev Gandhi Prodiyogiki Vishwavidyalaya, Bhopal. Work on design/ fabricationof converters, and development of catalysts for conversion of captured CO2 in to useful fuel molecules hasbeen completed. A bio-reactor for production of bio-diesel from algae has also been designed and installed.Modeling, simulation of the processes, and further studies are in progress. (Fig.1)

Following are some results from simulation studies of CO2 sequestration potential of agro forestrysystem under irrigated and rain fed conditions, in progress at National Centre for Agro-forestry, Jhansi:

Changes in biomass, soil organic carbon, carbon sequestered and CO2 equivalent carbon sequesteredwere estimated using CO2 fix (CO2FIXV3.1) model. Simulation period for each system adapted as perrotation cycle of individual tree species.

Dalbergia sissoo based agrisilviculture system - simulation done for 45-year periods (1994-2038) - results (Fig. 1)

Albizia procera based agrisilviculture system - simulation done for 30-year periods (2000-2030)– results (Fig. 2)

Hardwickia binnata based agrisilviculture system - simulation done for 40-year period – results(Fig. 3)

Emblica officinalis based agrisilviculture system - simulation was done for 25-year period –results (Fig. 4)

Under the project “Carbon Sequestration by higher plants and algae at elevated carbon dioxide”being implemented jointly by JNU and Delhi University the following are the highlights/achievements so far:

Results demonstrated that in addition to decreased gene and protein expression, down regulation ofphoto-synthesis in temperature-stressed plants is caused by reduced post-translational import of plastidicproteins required for the replacement of impaired proteins coded by nuclear genome. As compared tothose grown in ambient CO2, mustard (Barrisca) plants grown inside the FACE rings in elevated CO2

(600 ppm) had higher bio-mass (55%).The plant height increased by 17% and the root length increasedby 21%. Numbers of leaves per plant increased by 44% and root and shoot diameter increased by 47%.

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Fig. 2: Albizia procera based agriculture system

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Fig. 4: Emblica officinalis based agrisilviculture system

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Under the project “Sequestration of Carbon di-oxide into geological environment- Lab studies” byNGRI, Hyderabad, the following were important results:

Lab. Experiments to establish the chemical reactivity of the picritic basalts from DVP were conductedat approx. 100 deg C and CO2 pressure of about 60 bars. Indigenously fabricated Titanium vessels,having an internal volume of approx. 25 g picritic basalt chips of approx. 2–3 mm size were reacted withCO2 gas and 25 wt% of H2O for about 5 months duration

The whitish cluster of crystals (softer in nature) were grown over the picritic basalt chips were carefullyseparated and aanalyzed by Fourier Transform Infrared (FTIR) spectroscopy. FTIR studies were carriedout on a Thermo-Nicolet make NEXUS FTIR Spectrometer (with sealed and desiccated optics) using athermo electrically cooled Deuterated Tri-glycene Sulphate (DTGS) detector, extended range KBr (XT-KBr) beam splitter, and a dual source working in the wave number range 375-12500 cm-1. The conventionalKBr pellet method was followed to study the fundamental modes in the wave number range 400-4000cm-1, using NEXUS Ever-Glo Source.

Program Advisory & Monitoring Committee (PAMC) met on 4-5 May 2009 in which progress of16 ongoing projects was reviewed, and following two new projects were approved:

(a) Carbon Sequestration Potential in Wetlands of Vedaraniam, South East Cost of India – BharthidasanUniversity, Tiruchirapalli, TN

(b) Carbon Sequestration through Aforestation for Mitigating CO2 emission from Thermal Power Station– National Afforestation & Eco-Development Board, Jadavpur University, Kolkata

PROBE-Pilot Program

Under PROBE-Orissa 3 Technical Resource Centers (TRCs) completed their projects successfullywhich were sanctioned to them in 2006 thereby setting up of network of Met. laboratories in 60 schools.The other on going TRCs (10) which were set up during 2007-2008 and 2008-2009 also established afurther network of Met. labs in 100 schools. During the year 2009-2010, 13 new TRCs (including 1each in TN & AP) were set up bringing yet another 150 schools under coverage of PROBE-Orissaprogram. Teachers training workshops were organized for 150 teachers of the concerned schools underdifferent TRCs.

Under PROBE-Uttarakhand, six projects were completed, thus establishing a network of Met. labs.In 101 schools in 13 districts of Uttarakhand State. During the course of the program 90 teachers weretrained through 3 Master Trainers Workshop organized at IIT, Delhi.

Under PROBE-NCR 3 TRCs (including 1 TRC in WB) competed their projects successfully, thussetting up a network of Met. labs in 30 schools of NCR, Delhi. 2 Teachers Training workshops wereorganized. In one of the project implemented by IIT, Delhi the surface parameters recorded by schoolswere utilized to demonstrate that assimilation of such high resolution data in a regional (meso-scale) modelcan enhance the quality of forecasts in the time range of 12-24 hrs.

Program Advisory and Monitoring Committee (PAMC) on PROBE program met on 22-23 October2009 to review the progress of 26 Technical Resource Centers (TRCs) established under PROBE-NCR,TN, WB and Orissa

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Interaction with other Ministries

The Department of science and Technology has played a catalytic role in initiating the STAC mechanismin 24 socio-economic ministries. The Inter-Sectoral Science & Technology Advisory Committee (IS-STAC) was set up under the Chairmanship of Secretary, DST to provide a forum for the Member Secretariesof STACs, other scientists and technologists to share the expertise and experience and provide additionaltools in the decision making process vis-à-vis socio-economic development. In this context, IS-STACsecretariat participated in various meetings of STACs and provided its inputs pertaining to the variousR&D proposals approved during these meetings held during 2009-2010 as given below:

Ministry of Mines

(i) 39th Meeting of Standing Scientific Advisory Group (SSAG) was held on 5 October 2009 underthe chairmanship of Secretary, Mines. IS-STAC secretariat participated in these meetings. In this meetingtwo new projects were approved for joint financial support of DST and Min. of Mines.

IS-STAC also participated in two Project Evaluation & Review Committee (PERC) meetings held.

Min. of Mines constituted a Task Force for Preparation of Road Map (2010-2015) for JawaharlalNehru Aluminium Research, Development & Demonstration (JNARDCC), Nagpur (an autonomous bodyunder Ministry of Mines), with the aim to achieve self sustainability by JNARDDC, Nagpur. This taskForce convened 3 meetings in which and a document on Road Map was finalized and signed for submissionto Secretary, Mines for approval. IS-STAC secretariat participated in the Governing Body Meeting ofJNARDDC, Nagpur held on 19 October 2009

Ministry of Coal

IS-STAC secretariat participated in 44th meeting of Standing Scientific Research Committee (SSRC)held on 11 November 2009.

IS-STAC secretariat participated in the two meetings of Technical Sub Committee under SSRC heldon 29 January 2010.

Ministry of Steel

IS-STAC secretariat participated in the Empowered Committee (EC) meeting held on 20 September2009

IS-STAC secretariat participated in the meetings Evaluation Group of EC held on 14 August 2009and 3 October 2009

Member Secretary (IS-STAC) attended the meeting of Empowered Board on joint technology project“Steel Technology Center at IIT, Kharagpur” held in September 2009 and review committee meeting ofthe project being implemented by Jadavpur University, Kolkata on 22 February 2010

Ministry of Environment and Forests

IS-STAC secretariat attended the NCDMA meetings held on 22 September 2009 and 11 March2010

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Ministry of Communication and Information Technology

Department of Information Technology re-constituted its Working Group on “Electronics Materials& Components” on 04.01.2010. Member Secretary (IS-STAC) & Head (STAC) have been nominatedas members on this working group. Member Secretary (IS-STAC) attended the meeting of the workinggroup held on 10 March 2010 at New Delhi.

Ministry of Defense/Defense Research & Development Organization (DRDO)

Member Secretary (IS-STAC) was nominated to attend the 7th meeting of Board for Smart MaterialsResearch and Technology (B-SMART) held on 12 March 2010 at Bangalore. This has been constitutedunder National Programme on Micro and Smart Systems being coordinated by Aeronautical DevelopmentAgency (ADA), Bangalore.

TECHNOLOGY DEVELOPMENT BOARD

Government of India constituted Technology Development Board (TDB) on 1st September 1996, asper the provisions of the Technology Development Board Act, 1995 and the operation of the fund wasassigned to the Department of Science & Tehcnology, Ministry of Science & Technology Government ofIndia.

The mandate of the Technology Development Board (TDB) is to provide financial assistance to theindustrial concerns and other agencies attempting development & commercial application of indigenoustechnology or adapting imported technology for wider domestic application. The financial assistance fromTDB is available in the form of loan or equity and/or in very exceptional cases, it may be grant. The loanassistance is provided up to 50 percent of expenditure to be incurred out of the approved project cost andcarries 5 percent simple rate of interest per annum. TDB may also subscribe by way of equity capital in acompany, subject to maximum 25 percent of the approved project cost. The financial assistance is providedduring the commencement, start up or growth stages of an industrial concern. The website of TDB websiteis www.tdb.gov.in.

In addition to the direct support to industries for commercialization of indigenous technologies, TDBcontinued to network with technology focused Venture Capital Fund (VCF) to support technologicallyinnovative viable ventures with the objective to spread itself by providing support to early stage venturesfor SMEs having innovation and innovative products/services. TDB has decided to contribute in twoventure capital funds for supporting technology oriented projects in SME sector.

TDB also took growth-oriented initiative and provided financial assistance to Technology BusinessIncubators (TBIs) and Science & Technology Entrepreneurs Parks (STEPs) under Seed Support Systemfro Start-ups in Incubators to incubate technological ideas. The assistance is positioned to create techno-entrepreneurs apart from acting as a bridge between development and commercialization of the technologies.The scheme has progressed well and is being continued. TDB has extended the scheme and supported 5more incubatos during 2009-10 with grant assistance of Rs. 500 lakhs. Till now TDB has provided supportto STPIs/TBIs with aggregate assistance of Rs. 15 crore. This scheme has benefited entrepreneurs fromSTEPs and Incubators in various fields.

During the year, TDB signed 18 agreements (including 5 with STEPs/TBIs for Seed Support) withcommitment of Rs. 53.97 crore out of total project cost of Rs. 138.14 crores. TDB has disbursed Rs.69.94 crore to the assisted companies for implementation of the projects. TDB’s support covers most of

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the sectors of economy namely, Health, Biotech, Chemical, Engineering, Agriculture, Energy & WasteUtilization, Telecommunication and Information Technology. The projects are spread throughout Indiacovering funds, TDB has encouraged innovation besides stimulating formation of new funds that invest incompanies based on advanced technology and in-house technological capability. During the peirod a sumof Rs. 5.17 crores has been disbursed to venture capital companies which had raised a capital outlay ofmore than Rs. 200 crores from multiple sources.

TDB has entered into a MOU with the Commonwealth Business Council (CBC), UK to collaborateon a reciprocal bases to further their objective of supporting SME growth via technology transfer, industrialresearch, technology development and innovation for the purpose of generating economic benefits for bothIndia and U.K. The CBC has launched a programme in association with Indian and UK industry in the fieldof Clean Energy Technology Development. Other MoUs have been signed with Agence Nationale DeValorisation de la Recherche (ANVAR), France and with Center for the Development Industrial Technology(CDTI), Ministry of Industry, Tourism and Trade, Spain in the past.

Two bilateral projects were also approved under India Spain Innovating Program (ISIP) betweenCDTI, Spain and TDB to promote, assist and fund the development of joint technology cooperation/tansfer projects and for supporting SME growth via technology transfer and innovation for the purpose ofgenerating economic benefits to both the countries.

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CHAPTER 3

INTERNATIONAL S & T COOPERATION

DST continued with the execution of its mandated responsibility of (i) Negotiating, concluding andimplementing S&T Agreements between India and other countries at bilateral and regional levels; (ii)Providing interventions on S&T aspects of multilateral bodies. This responsibility was carried out by DSTin close consultation on the Indian side with Ministry of External Affairs; Indian Missions Abroad; ScienceCounselors posted in Indian Missions located in USA, Germany, Japan, Russia; S&T related Ministriesand Sectoral Ministries of Government of India; Indian Scientific Agencies and Indian Science andEngineering Academies. DST continued its engagement with Industrial & Engineering Associations/ Platformsin guiding initiatives to leverage international partnerships for joint research and technology development indomains of national priority.

Guiding Principles for International S&T Cooperation

India’s S&T relations with other countries and international bodies were guided by the principlesincluding:

� Leveraging international expertise in the form of joint project(s) based visits for (i) strengtheningnationally important on-going research programs, (ii) accelerating institutional and human capacitybuilding vital to India becoming a global player in knowledge based economy and (iii) reflecting onglobal practices relevant to technology and innovation based demands and infrastructural requirements;

� Co-investment of resources including funds for joint research projects and strategic joint initiativesinvolving research entities from industries;

� Absorbing experience of existing global research facilities in fine-tuning and/or coupling with upcomingor existing Indian research facilities

� India’s proactive engagement in creation or addition to international advanced research facilities, asan expression of Indian maturity/ competencies;

� India’s leadership in empowering developing countries in S&T;

Spectrum of Cooperative Actions undertaken

During the year, DST along with its counterpart agencies in other countries, regional bodies andinternational organizations, co-sponsored/ undertook a spectrum of cooperative actions such as: (i)Exploratory scientific and ministerial missions; (ii) Joint workshops; (iii) New bilateral mechanism forjoint research and technology development with co-investment of resources including financial, for strategicpartnerships of India with select countries ; (iv) Joint research projects; (v) Joint R&D centres; (vi) Networkingof centres of excellence; (vii) Utilization of large scale research facilities abroad; (viii) Advanced trainingfellowships; (ix) Participation in international mega-science projects; (x) Attracting foreign scientists especiallyScientists & Technologists of Indian Origin (STIO) abroad for joint projects with home country scientists;(xi) Contributions to international non-governmental scientific bodies that allow India to empower other

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developing countries; (xii) Technology summit, industrial fairs, S&T exhibition; (xiii) Ministerial ScienceConference; (xiv) Fielding talented Indian research scholars to International Meetings with Nobel Laureates,ICTP Scientific Events; and (xv) CV Raman fellowships for African researchers.

Salient New Activities

♦ New Inter-Governmental S&T Cooperation Agreements/ MoU/ Working Programmes wereconcluded by India with Finland, Austria, UK, South Africa, Georgia and Saudi Arabia.

♦ Joint S&T Committee meetings were held with Norway, South Africa, Austria, Finland, Japan, Taiwan,South Korea, UK, Australia, Israel, ASEAN, Germany and EU.

♦ Agreement for establishment of the Indo-US S&T Endowment Fund has been ratified.

♦ Indo-German S&T Centre Indo-German Science and Technology Centre (IGSTC) has beenconceived which will provide links to research, academia and Industry and support flagship projectsbetween India and Germany in the areas of common interest. Both governments have committed tocontribute each • 2 Million per year initial from each side for 5 years. EFC has been approved andCabinet’s approval is under way.

♦ C V Raman Fellowships for African researchers were launched (1216 person - months every year).

♦ India-ASEAN S&T Development Fund has been created as a follow up of the announcement atIndia- ASEAN Summit held in December 2005. DST and MEA would be contributing each yearRs.2.00 Crore to promote innovation and technology alliances involving industries on both sides. Thedetails of the activities to be supported have been worked out and the fund is expected to take offfrom April 2010.

Bilateral Research Projects

♦ Argentina: 15 joint R&D projects are supported.

♦ Australia: Under the “Targeted Allocation Category” of the India and Australia Strategic ResearchFund Program, two Indo-Australian Projects have been approved. Under the “Competitive Category”,seven Indo-Australian research projects have been supported in the areas of agricultural research,astronomy and astrophysics, microelectronic devices & materials, nanotechnology, renewable energy& marine sciences.

♦ Brazil: 12 joint projects, 7 exploratory visits, one joint workshop in the area of Molecular Physicswere approved.

♦ Croatia: Presently 12 joint R&D projects are being implemented.

♦ European Union (EU): 4 India-EU Research Projects have been selected by India-EU ScientificEvaluators Panel for co-funding by DST and DG Research European Commission, in response tothe 2009 India-EU Call for Proposal under the India-EU S&T Agreement framework. 6th India-EUS&T Steering Committee met in India under the Co-chairmanships of Secretary DST and DG(Research) EC.

♦ Germany: 35 Joint research projects supported. Four Indian Partner Institutes of MP Institutes(Germany) and 6 India-MPG Fellowships were awarded to Indian scientists with complete project

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funding. An Indo-German Centre on Computer Science was established with joint funding from DSTand MPG.

♦ Italy: 27 Indo-Italian Research Projects have been approved for co-funding (including Indian scientistsaccess to Italian synchrotron facility– Elettra & Phase II of India- Trento Program for AdvancedScientific Research-ITPAR).

♦ Japan: Under DST-JST Cooperation, 14 ongoing projects have been funded and 4 new projectswere identified under the strategic cooperation program on ICT. Under DST JSPS Cooperation, 40projects are running successfully. 20 new projects were approved during the current FY. 3 JointWorkshops and one Asian Academic Seminar was organized. The KEK, Tsukuba handed over aBeamline in its Photon Factory to India for fabrication of the Experiment hutch.

♦ Mexico: 17 new joint R&D projects were supported.

♦ Netherlands: Two joint workshop was organized in India on biomedical devices and health research.

♦ Peru: The Program of Cooperation in S&T 2008-2010 between DST and CONCYTEC of Peruwas signed.

♦ Portugal: 19 projects are on-going.

♦ Russia: 16th Session of the Indo-Russian Joint Council for implementation and coordination of the IntegratedLong Term Programme (ILTP) of Cooperation in Science and Technology led by Prof. C N R Rao andProf. Kadyshevskii, was held in Russia. 100 joint projects are under implementation Joint activities inthe forms of bilateral workshops, visit of thematic and composite delegations, exploratory visits andproject based exchange visits (about 200) are being supported.

DST-RFBR Arrangement: About 40 joint R&D projects are being supported in collaboration withRussian Foundation for Basic Research.

♦ Republic of Korea (South Korea): The first Joint Call for projects was issued by India and Republicof Korea as a result of which 33 joint projects were received. Financial support to the approvedprojects was initiated during the year.

♦ South Africa: 14 new joint R&D projects and 12 ongoing projects were supported and two jointworkshops were organized.

♦ Spain: 25 new projects were approved.

♦ Switzerland: Indo-Swiss Joint Research Programme launched to support joint research projects (inbasic and applied sciences in Public Private Partnership mode) and Institutional Partnerships. Indianside is to match the Swiss funding of 2 Million Swiss Francs per year (approx. Rs. 8 crores per year).About 20 joint research projects have been supported, 20 research fellowships of Indian Ph.D.students were provided, 15 visits were supported for joint utilization of advanced facilities andInstitutional partnership projects were supported.

♦ Taiwan: 12 Joint research projects were supported and two workshops organized.

♦ Thailand: 3 joint projects which completed the required documentation were sanctioned during theyear under the India-Thailand S&T Cooperation programme.

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♦ Tunisia: 12 new joint R&D projects were approved for implementation.

♦ UK: Under DST-UKIERI programme, 25 ongoing projects were supported.. Under India-UK ScienceNetworking Program, 4 projects were approvexd.

♦ USA: Under DST-NSF program of cooperation about 80 ongoing projects were supported.

♦ Vietnam: 11 new Indo-Vietnamese are ongoing.

♦ STIO’s Projects: Collaborative projects with Scientists & Technologists of Indian Origin AbroadProgram (CP-STIO), started in 2006, provided for supporting 27 on-going project-based visit ofSTIOs into India projects. Up to 20 collaborative projects with STIOs are being funded during2009-10.

♦ India-Brazil-South Africa Cooperation: Three joint training schools were organized, one each inIndia, brazil and South Africa in the area of nano-science and technology. More than 80 students and40 senior faculty participated.

Industrial R&D Programs

♦ Indo- Canada Industrial R&D Program: 8 joint projects approved.

♦ Indo-Israel Industrial R&D Program: Besides three on-going projects, 3 new projects involvingindustry from two sides have been shortlisted for support.

♦ Indo-Swiss (DST-CTI): Joint call for proposal launched inviting industrial R&D project proposals.

Joint R&D Centres of Excellence

Support continued for 10 Joint Indo-Russian Centres of Excellence in their respective thematic area.These Centres are pursuing high-end science, working out new technologies and interacting with usercommunity for possible technology transfer. These joint Centres are:

• International Advanced Research Centre for Powder Metallurgy & New Materials, Hyderabad

• Bharat Immunologicals & Biological Corporation Ltd, Bulandshahr

• Russian - Indian Centre for Advanced Computing Research, Moscow

• Indo-Russian Centre for Biotechnology, Allahabad

• Indo-Russian Centre for Gas Hydrates, Chennai

• Russian-Indian Centre for Ayurvedic Research, Moscow

• Indo-Russian Centre for Earthquake Research, New Delhi

• Indo-Russian Centre for Biomedical Technology, Thiruvananthapuram

• Joint Centre on Laser & Accelerators at RRCAT, Indore

• Joint Centre on Non-ferrous Metallurgy at NML Jamshedpur

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Fellowships under Bilateral Frameworks

Outgoing Fellowships for Indian Scientists:

♦ DST-ICTP: Six Fellowships to Indian scientists for participation in 4 Scientific Events under India-ICTP Fellowship Programme.

♦ Lindau Nobel Laureates Meeting: 43 students/ young researchers were deputed for participation inthe Meeting of Nobel Laureates and Students at Lindau Germany.

Incoming Fellowships for Foreign Scientists to India

♦ Research Training Fellowship for Developing Country Scientists (RTF-DCS Program) : This program(started in 2007) aims at enhancing India’s attractiveness as a destination for getting developingcountry’s post graduate S&T professional initiated into research or strengthening their researchcompetencies by attachment with an Indian academic/ research laboratories as host for period rangingfrom 3 to 12 months.

♦ ILTP Fellowship: ILTP Fellowships were awarded to Russian scientists to work in Indian laboratories.Based on the recommendations of 15th session of the ILTP Joint Council, terms of this fellowship arebeing revised to Ramanujan Fellowship. It will provide better environment to the Russian scientists toWork in Indian laboratories in sophisticated manner.

♦ CV Raman Fellowships for African Researchers were launched in February 2010.

International Advanced Research Facilities- India’s Engagements

♦ Facility for Anti Proton Research (FAIR): India intended to become member share holding countryat the Facility for Antiproton and Ion Research (FAIR), at Germany. India announced its intention tocontribute at least 3% of the total project cost of the FAIR. The FAIR Convention and other documentsare being finalized and necessary approvals/ clearance of GOI has been processed.

♦ Indian beamline at KEK Japan: Under the Cooperation a dedicated beamline at Photon FactoryKEK, Japan in being built by India with a estimated cost of Rs.20 crores over a period of 5 years.The beam has been handed over to India and the experiment hutch is being fabricated.

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CHAPTER 4

SOCIETAL PROGRAMME

S&T FOR SOCIO-ECONOMIC DEVELOPMENT

Science for Equity, Empowerment and Development

The Department has been playing a pivotal role in promotion of science and technology for socio-economic development. In this direction, focus of the department is to create S&T based potential modelsto facilitate employment opportunities at grassroots level and enhancement of income and quality of life.Equal emphasis is being given on providing technological solutions to location-specific problems throughtechnology modulation, field testing and transfer. Science for Equity, Empowerment and Development(SEED) Division of the Department supports such initiatives through S&T based voluntary organization/institutions/ Colleges/ Universities throughout the country to take up action oriented projects to addresslocation specific problems. Major achievements made during the year under various programmes/ schemesof the SEED division are listed below:

Science and Society Programme (SSP)

This programme aims at facilitating development of promising S&T based field groups and innovativetechnologies for addressing societal needs. It catalyzes research, development and adaptation of technologyby supporting time-bound developmental projects and area specific network programmes to find solutionsfor problems in the rural as well as urban areas. Schemes operational under this programme are:

Long Term Core Support to Science and Technology based Field Groups

Through the Core Support scheme, S&T based voluntary organizations are supported on long-termbasis to remain active in development, dissemination and implementation of appropriate technologies inrural areas. This year, core support was provided to 17 voluntary organizations in different parts of thecountry essentially to nurture and sustain scientific manpower to work on the core activities in their respectivegeographical coverage area. These groups are working at the grassroots level to train and empower localcommunity with technological solutions in the area of water management, sustainable agriculture practices,agro-horti–processing for value addition, rural housing & sanitation, renewable energy and rural industries.One such group, Technology Informatics Design Endeavour (TIDE) based in Bangalore, has recently wonInternational Ashden Award for excellence in the field of sustainable energy recognizing their work fordisseminating efficient woodstoves and kilns which save atleast 30 per cent of fuel and are tailor-made forspecific small industries. Such interventions are highly fuel-efficient, improve working conditions and bringenvironmental benefits.

Technology Interventions for Addressing Societal Needs (TIASN)

This scheme aims at developing and facilitating research and application of S&T based solutions toidentified problems and societal needs. Some specific programmes/ projects covered under this schemeare as follows:

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Technology Interventions for Elderly (TIE) programme aims to promote research, development andadaptation of technology for improving quality of life of the of Elderly population in the country.

♦ Under TIE programme, projects have been supported fordevelopment of technologies which are especially relevant to elderlypeople, including Assistive & Enabling Technologies (AETs) andrelated support systems. A web portal has been created coveringinformation on issues related to S&T interventions in elderly care,such as assistive technology, home designs, health, nutrition andrecreation. With involvement of subject specialists, guidelines onresidential standards for elderly are being developed. Twentyscholarships at Master’s level have been established at select IITs and other design institutions in thecountry to encourage students develop special designs for products useful for elderly. A group at IITDelhi is working on development of wireless sensor network with the gait sensor(s) and integratedback-end monitoring system for detection of short-term and long-term gait anomalies in the elderly.The programme envisages culmination of the efforts with commercialization of these technologieswith involvement of industry.

♦ A guidebook on nutritious recipes for healthy eating in old age in two languages has been compiled byInstitute of Home Economics, Delhi

♦ Assessment of technology status of Old Age Homes in Metro and Tier-II cities is being done in aproject.

♦ A project for pilot testing of a Mobile Elderly Unit (MEU) was supported to HelpAge India to meetelderly health needs by promotion of health care and wellness activities by screening and providingmedical facilities at their door step. The concept is an upward evolution of Mobile Medical Units(MMU). MMU will provide preventive, promotive and curative health care through a combination ofdifferent systems of treatment, including timely detection of chronic diseases and motivating people topractice a healthy lifestyle.

♦ In order to assess the Assistive & Enabling Technologies (AET) needs of elderly people in India, asurvey was conducted among a purposive sample of about 100 people in the age group of 60-85years. The overall objectives of the survey were to sensitize and create awareness among the potentialusers of AET and concerned professionals, initiate the process of scientific assessment of the needsand to suggest strategies for advancement of AET. The survey was conducted with the help of asemi-structured Assistive & Enabling Devices (AED) Questionnaire. The results of this survey providedsome useful insights to the issue of AET in India, including evidence of some of the perceived problemsassociated with the acceptance of AET.

Interface Programme for MBA (Rural Management) Students

In another innovative project, 15 students were given opportunity to interact with the communities inrural areas where SEED-supported projects are operational. As part of their Management TraineeshipSegment (MTS), these students provide their professional inputs in various activities of the project andhelp the project implementing voluntary organizations in improving their skills, especially related to projectmanagement, financial management, marketing, etc. The students, in turn, benefit from the exposure theygain through active involvement in addressing the real life problems in rural areas.

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Co-ordinated Programme Non-Edible Oils (AICRP-NEO)

A generic technology package for utilization of non-edible oil seeds has been adapted/ optimized,and is being implemented at ten locations under diverse field conditions involving NGOs with a focus ondevelopment of business plan for at least one raw material of the target area.

S&T Interventions Involving Jawahar Navodaya Vidyalayas

In a new concept, students of Jawahar Navodaya Vidyalayas (JNVs) are exposed to the real lifeproblems prevailing in the village adjoining their school using S&T based solutions. Solution is worked outby students and teachers in participation with the local villagers, using local resources, traditional knowledge(TK) and appropriate technology interventions. The experiment is expected to imbibe the concept of“local solution with local resources through a judicious combination of TK and S&T”, which will have alasting impact in the young minds. The Programme has evolved well and presently being extended to otherparts of the country.

Scheme for Young Scientists (SYS)

The SYS scheme is aimed at providing support to young scientists to pursue their bright ideas inundertaking socially relevant action research projects. Young scientists can either attempt field implementationof an idea which is already known or develop techniques for solving problems which do not have anysolutions at present. Under this scheme, main thrust is to encourage academic institutions, national labs andother S&T institutions (including voluntary organizations) to develop societal projects involving youngscientists. During the year, ten new projects were supported. Salient achievements under some projectssupported are:-

• Under a project on utilization of Grewia fiber for making handmade paper and crafts items forincome and employment generation, 150 women from 25 villages were trained. Two groups of tenyoung boys and girls each in using technology for handmade paper in making letter pads, file covers,greeting cards, bangle boxes, pen stands, paper bags etc.

Training of village youth in making of hand made paper

• Under a project “Fish Waste Management and its Socio-Environmental Impact Assessment in CochinCorporation and Aroor Industrial Area”, identification and selection of different user groups from

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Self Help Groups (SHG’s) and Cooperative societies was done and training was imparted to about50 persons on different economically viable scientific methods of fish waste utilization and management.

• Under a project “A Study on Production and Application of Vermi-wash as a source of Income forWomen in Sagar island, Sunderbans.” by Vivekananda Institute of Biotechnology, Nimpith, interventionshave enabled 16 women entrepreneurs in establishment of Vermi production units and enhancementof knowledge base about improved technologies.

Science and Technology Application for Weaker Section (STAWS)

The scheme “Science and Technology Application for Weaker Sections “ promotes research,development and adaptation of science and technology for improving the quality of life of weaker sections.It also promotes large-scale demonstration of newer technologies. Twelve new projects were approvedduring the year. Details of some of ongoing/completed projects are given here:

• In the area of medicinal plant, a project “Cultivation, Post Harvest Processing and Value Addition ofMedicinal Plants for Income Generation and Health Protection by Rural Women of the WeakerSections” is being implemented by National Botanical Research Institute (NBRI), Lucknow nearNBRI farm site. Medicinal plants such as Acorus calamus (Vacha), Andrographis paniculata(Kalmegh), Asparagus racemosus (Shatawar) and Mucuna prurita (Kewanch) have been takenup for large-scale cultivation and Ayurvedic by-products formulations like. Giloe, Satva and Vasavleha.Wide publicity was given before and during the project implementation for popularizing the technology.Attempts were made to introduce Vacha and Shatawari for inter-cropping. Farmers are beingencouraged to cultivate these medicinal plants along with other food/ cash crops. Four trainingprogrammes were organized for 397 farmers on the cultivation and use of medicinal plants in primaryhealth care.

• In a project on Economic Empowerment of Rural Fish Farmers through Skill Development inFreshwater Prawn Farming being implemented by Tamil Nadu Veterinary and Animal SciencesUniversity, Fisheries College and Research Institute, Tuticorin, Tamil Nadu, total 40 freshwater fishfarmers have been trained. A network has been established among them through web based groupsand e-messages.

• Initiation of Integrated programme for income generating activities at Uttarkashi District by Societyfor Environment and Employment Development (SEED), NIM Road, Joshiyara, Uttarkashi. Projecthas focus to organize unemployed young boys and girls of rural areas for transfer of technologies onfloriculture, floricraft and vermiculture for self employment generation.

Tribal Sub Plan (TSP)

The Scheme “Tribal Sub Plan” of the DST aims at improving living conditions of Scheduled tribesthrough need based S&Tinterventions. During the year, 32 new projects were sanctioned related totechnology customization and delivery for empowerment of tribals in different parts of the country. Someof the projects are as follows:

• Improved practices for higher income through management of oilseed crops in tribal areas of Orissa.

• Fish seed production and ranching in Chalakudy River for improving the tribal livelihood of VazhachalForest Division, Western Ghats.

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• An incubation support centre of technology skill up-gradation and design development on woolengarment at Ziro, lower Subansiri district, Arunachal Pradesh.

• Local area coordination project on system of Rice Intensification in Jharkhand tribal villages.

• To develop low cost flood irrigation system aimed at sustainable development of livelihood of tribalfarmers in Yavatmal district of Maharashtra.

• Introduction of improved technology for production of bone meals and its application for bettermentof socio-economic status of Mizo cultivators.

• Mushroom spawn production, cultivation and post production management for better nutrition andeconomic empowerment of tribal women in Boudh.

• Promoting community based enterprise of tribal communities through technology transfer for Sal leafplate making in select village of Mayurbhanj district, Orissa.

• Network programme for the development of Angora Wool Sector to enhance income and employmentopportunities in tribal areas of five district of Uttarakhand.

Highlights of Ongoing Projects & Network Programmes

Ongoing Projects

A project on S&T interventions for sustainable livelihood development of Kutia Kondhs tribals wasundertaken in Kandamal district of Orrisa. As a model, 65 acres of land was developed by terracing,leveling, stone bunding, multi-purpose vegetative bunding, fencing, strategic crop growing and horticulturalplantation. The developed land provides additional income through vegetable cultivation. Several technologieshave been demonstrated for perennial hill stream based gravity irrigation and low cost drip irrigation throughBucket and Drum kits resulting in optimum utilization of the household level waste/ surplus water and othersmall water sources. These interventions have resulted in recovery of sloppy lands, affected due todegradation and repeated crop failure to productive lands increasing the incomes of marginal tribal farmers.

Traditional Seed Preservation by Tribal Women & Stone Bunding to reclaim degraded land forAgriculture purpose at Kandamal district, Orrisa

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Establishing small scale coconut extraction units in Nicobar Islands: This project has aimed atoptimizing the process for production of Virgin Coconut Oil (VCO) to fetch premium prices from thepharma and perfume industry for its use as a raw material and as a base for soaps and cosmetics. Forimproved production, prototype testing for modified press machine has been field tested and optimized forease of operation. The processing rate is reported over 60 coconuts per hour and the extraction is 38-40% coconut milk from grated coconut. Self Help Group has been organized for production of VCO inthe Project area consisting of Car Nicobar and its nearby Islands with proper marketing mechanism.

In another project, 100 honey collectors in Sheopur district, Madhya Pradesh were trained in scientifichoney harvesting techniques along with processing, packaging and storage. A unit for honey processing,packaging and storage has also been established. Honey harvesting kits comprising sting dress, ladder,torch, honey extractor, knives, bucket and containers have been provided for safe and aseptic collection ofhoney. These interventions have enabled production of quality honey.

Promoting Community based Enterprise of Tribal Communities through Technology Transferfor Sal Leaf Plate making in Selected Villages of Mayurbhanj district, Orissa: The project intendsto organize tribal women to take up enterprise activity for technology transfer on Biomass fuelled sal leafplate machine to make diversified products through Self Help Group (SHGs). Fuel efficient stoves aresuccessfully experimented under field conditions by linking it with Biomass Machine developed by IIT,Kharagpur. Total 20 SHGs are now engaged in Sal leaf plate making and other diversified products.

In a project on amelioration of the economic status of tribal women through reclamation and stabilizationof wastelands in Udaipur, Rajasthan by cultivation and semi processing of Aloe barbadensis andChlorophytum borivilianum, 90 women were trained. Value added products from Aloe Vera such asjuice, dried aloe flanks & powder were standardized. The annual income from traditional agriculture thattribal women fetched increased by over 40 per cent due to this diversification and value addition. Theorganization has developed a machine for efficient cleaning of the roots of Chlorophytum borivilianum.

Technology Transfer of Scientific Cultivation Techniques and Practices of Floriculture toMarginal Tribal Farmers for Livelihood Improvements: 100 tribal people mostly labourers in coffeeestates were given training on growing commercial flower crops as alternative livelihood in their homesteadgardens at Yercaurd, Salem district, Tamilnadu. Besides giving training on growing commercial flowercrops such as Chrysanthemum, Marigold and Roses, a model green house has been put up, where highvalue cut flowers and crops such as rose, gladiolus, carnation, orchids, anthurium, lilium and gerbera havebeen grown. Apart from this, the tribal are taught other value added programmes like flower arrangement,dry flowers techniques which will help them to generate extra income.

Strengthening Livelihood of Scheduled Tribes in Sangla Valley, HP through TechnologyInterventions: Under this project, clonal propagation of Picrorhiza kurrooa, and broadcast sowingtechnology of Swertia sp. (Chirata) and Aconitum heterophyllum was demonstrated to the tribal farmersunder polyhouse and field conditions in Sangla Valley, District Kinnaur, Himachal Pradesh. Initial longgestation period in cropping of these high value-high demand-less volume crops require supplementationof farmers activities with short duration avenues for augmentation of their income. To meet with this immediaterequirement, tribal people were motivated to take up household tourism under Home Stay Scheme andlink their culture, craft, traditional agriculture practices and produce as value added services to set uphousehold enterprise. 28 households have been registered with the Department of Tourism Govt. of H.P.To strengthen the community role and active participation, efforts are in progress to provide day to day

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crop maintenance training, value addition of traditional agriculture crops and marketing through theirorganization as federation to sustain the post project activities as Bio-tourism Model.

Demonstration for Polyhouse Fabrication & Preparation of Traditional Dishes at Sangla Valley, Kinnaur, HP

Network Programmes

Capacity Enhancement for Sustainable Agricultural Development and encouraging EntrepreneurshipDevelopment based on simple rural technologies within the tribal areas of North East India at sevenlocations. These technologies include Production Enhancement Technologies; Soil Erosion ControlTechnologies; Water Management Technologies; Post Harvest Technologies; Nursery Techniques. Thisnetwork programme with technical and co-ordination support of G.B. Pant Institute of HimalayanEnvironment and Development, Itanagar Unit in partnership with seven NGOs has benefited and empoweredtotal 1540 lead tribal farmers in 49 villages covering six states. Total 69 SHGs have been formed involving11 tribal communities who have adopted these technologies in their operational areas.

People & Protected Areas: Under this innovative network programme being implemented at 11locations to address the issues of conservation as well as alternative livelihoods to tribal people aroundprotected areas, WWF-India is implementing a project, “Integrating Conservation and Livelihoods aroundPurna Sanctuary in Dangs, Gujarat” in Dangs district of Gujarat involving Konkani, Warli, Bhil and Kunbitribes. Project is aimed to promote sustainable farming practices to ensure that the impact of raab onforests is minimized and that the output from the land also increases. Local communities of select villageshave been trained through demonstration plots on Systemic Rice Intensification (SRI) cultivation, improvedtechniques of growing traditional rice and nagli (finger millet) crops, raised-bed technology for seedlingsnursery, and vermi-compost making. In addition, the community has been encouraged to plant trees whichare more useful for fodder, fuel, medicinal value as well as for use in composting. The project also aims toexplore options for value addition of traditional crops like nagli and kharsani into baked products likebiscuits and nankhatai.

Similarly, RRDRO a voluntary organization is implementing another project, “Promotion of Handicraftsmade by Tharu Community using Local Fibers/Material” in Sirsia block, Srawasti district of Uttar Pradeshlocated on the periphery of the Suhelwa West Range of Suhelwa Sanctuary. The Suhelwa Sanctuary is atthe centre of a significant conservation zone known as the Terai Arc Landscape. The Tharus have a richhandicraft tradition and use natural grasses and material to fashion household items. The Project is utilizing

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these traditional skills for income generation by using natural and locally available fibres to design productsfor an urban market and for this they are being supported with technical and design inputs. The familiarityof the Tharus with weaving fishing nets proved to be useful in training them in weaving durries using loomswhich involved working with the weft and the warp. The Tharus have learnt to replicate designs fromgraph paper and have mastered the more complicated geometrical patterns. RRDRO is now working withdesigners, master craftsmen and the artisans in improving the quality of the carpets in terms of its finishing,to come up with better designs and colours using natural dyes, and also to improvise new products basedon wool.

Livelihood Diversification: Tharus engaged in weaving dhurries

Scheduled Caste Sub-Plan for the development of Scheduled Caste Population (SCSP)

Under this scheme, special emphasis is placed on the S&T based empowerment of the ScheduledCaste population through capacity building, improvement in existing technology and promotion of innovativetechnology. During the year, twenty three projects were sanctioned in the technology areas such as ruralengineering and micro enterprise (livelihood), sustainable utilization & value addition of natural resources,promotion of sustainable horticultural technology, skill improvement and efficiency in traditional occupations,animal husbandry particularly relating to smaller animals, alternative vocation for income generation, etc.Some of the projects which have made visible impact on the well being of the poor Scheduled Castepopulation are as under:

• An exercise is underway for S&T Planning for identifying development needs of SC population inselected States and developing strategic action plan for an integrated Mission on S&T driven sustainabledevelopment with an objective to work out a comprehensive package of S&T inputs for the statelevel mission on sustainable development of SC population in the States of North- Uttar Pradsh,Bihar; East- Orissa, Jharkhand; West – Rajasthan, Maharastra and South- Andhra Pradesh & TamilNadu.

• Large scale demonstration of scientific water management technologies on marginal farmers’ fields inMalaprabha command area has been initiated under a project sanctioned to Dept. of Soil Science &

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Agricultural. Chemistry, University of Agricultural Sciences, Dharwad. Data on soils, cropping pattern,current irrigation practices, ground water resources, and socio-economic aspects have been collectedand analyzed. SC/ST farmers have been chosen for mass scale demonstration of water managementtechnologies. Demonstrations on improved scientific irrigation methods on farmers’ fields have beentaken up during rabi/summer and Kharif seasons and participatory recording of observations withrespect to growth and yield parameters have been conducted on farmers’ fields.

• A Multi Tier Agri (MTA) Schemes for Livelihood Enhancement of Subsistence Farmers in Hosurdistrict of Tamil Nadu has been initiated for developing MTA modules to include multi cut grass,fodder trees, timber trees, fruit trees and legume fodder; upgrading feed to increase milk productionfor farmers having milch cattle. The initiatives involve feed management, facilitation of technologytransfer through demonstrations & training programmes. The main idea is to increase milk productionin HF cross and the indigenous breeds of the area. Various species of trees like teak, mahogany,fodder trees like Sesbania, Glyricidia, Cassia, fodder grasses like CO1, Stylo, Maize, Bajra alongwith fruit trees and vegetables were cultivated in Multi tier modules adopting Spatio-temporalarrangements. About 60 beneficiaries have been trained in this programme in the past two years.

• Under a livelihood enhancement programme in six districts of Tamil Nadu, training on modernscientific method of apiculture has been provided to the scheduled caste population by promotingrearing practice of high yielding honey bee and making value added products. Focus of the traininghas been on varieties of honey, migratory bee keeping and artificial queen rearing to produce newcolony by involving 360 trainees and establishing 3 training centres. This is an alternative employmentopportunity identified to wean away SC women in these areas from undertaking hazardous beedirolling.

Network Programme on Resource Management and Development for the Empowerment ofScheduled Castes

Recognizing that the scheduled caste community is one of the vulnerable sections of our society andthe socially disadvantaged amongst them have to be brought in to the main stream through an integrated

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approach leading to not only economic empowerment but also social equity The department has initiatedthis network programme aiming to develop SC Community through mobilizing them, utilizing the localresources, and transferring appropriate technologies. The programme was initiated after consultation withvoluntary organizations and S&T institutions from the thirteen states of country. This has led to thedevelopment in 40-45 villages in the northern and southern states where SC communities are predominantlyresiding.

Projects under this programme are located in Jammu & Kashmir, Himachal Pradesh, Uttarkhand,Kerala, Andhra Pradesh, and Tamil Nadu, where the selected SC communities are engaged in unskilledseasonal labour. The target area includes costal villages, hilly areas, and plain/drought areas. A member ofthe community is involved as a project staff ensuring the ownership of the programme. The programmecomponent mainly includes addressing of social issues, adoption of technologies in the field of water,sanitation, livelihood development, and micro enterprises development utilizing local resources. The progressof the programme and performance of the organizations are monitoring every six monthly. The uniquefeatures of this programme are:

• Mobilization of the community and facilitating local training centers and production/service units formarket based skill development;

• Training of women in technology areas such as nutrition garden, poultry, goatry, rabbit rearing, azolla,composting, mushroom, soap making;

• Introduction of technologies for rain water harvesting, ground water recharging, open well recharging,soak pit technology, solar water purification; &

• Sanitation technologies including two pit and compost toilets, and kitchen waste based bio gas.

Thereby initiating local resource based livelihood activities /micro enterprises by formingbeneficiary(functional) groups Viz. cattle feed development unit, herbal production unit, plant nursery units,banana fiber extraction & its product development unit, flour production unit, fruit & vegetable basedproduction unit, and Emu rearing units.

These initiatives have motivated the community and created ownership among them. In addition,these activities have contributed to the enthusiasm of SC women and youth towards self help activities.The community was motivated to share the knowledge and materials to other deprived villages as ‘Shridan’,a community initiative. Based on the progress of the first phase projects, the programme has been extendedto the states of Madhya Pradesh, Maharashtra, Gujarat, Rajasthan, Karnataka and Pondicherry for whichbrain storming, orientation, project formulation workshops and Sub Expert committee meetings have beenalready organized.

Some of the successfully completed projects include:

• 60 SC youths were trained in Skill Development in Plastics Processing Technology, Injection MouldingTechnology, FRP Technology, Familiarization and Operation of CNC Machine in Tool Room andAuto CAD at CIPET, Lucknow.

• Skill upgradation training for SC/ST marginalized women on screening printing was imparted.

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S&T ENTREPRENEURSHIP DEVELOPMENT

National Science and Technology Entrepreneurship Development Board (NSTEDB) aims to fostertechnology based and knowledge driven entrepreneurship among S&T persons through its programmesand activities. Achievements in brief are described below:-

Technology Business Incubators (TBIs): Coupling Knowledge to Wealth Creation

Business Incubation has been globally recognized as an important tool for economic development aswell as job and wealth creation. Technology Business Incubator (TBI) is a flagship programme of NSTEDBand focuses on tapping and incubating the potential ideas and innovations through a well defined venture/enterprise creation process and by effectively utilizing the requisite expertise, facilities and other infrastructureavailable within the host institution and in the adjoining region.

The rate of incubator formation which was a trickle in the 1980s and 1990s has gained momentum inthe current decade. During last three years new Incubators have been set up and now over 50 incubatorsare functioning in the country. Efforts are underway to bring the TBI’s magnitude much closer to a criticalmass.

Establishment of new TBIs

Following new TBIs were accorded approval for establishment in 2009-2010.

1. Manipal Institute of Technology, Manipal- focusing on ICT and health care technologies.

2. D.K.T.E. Society’s, Textile & Engineering Institute, Ichalkaranji-in the area of Textile technology anddesign.

3. St. Peter’s Engineering College, Chennai.-in the field of refrigeration, air-conditioning and cold chain.

4. Kalinga Institute of Industrial Technology, Bhubaneshwar- in the area of Pharma-biotech,Bioinformatics, Exploitive Micro-biology, Agri-tech & Information technology

5. Global Incubation Services, International Technology Business Incubator at Bangalore by JSSMahavidyapeetha, Mysore.

Initiative on Seed Support System for Incubators and Incubatees

During the year, the seed support system for start-ups of STEPs/TBIs to enable timely availability ofseed stage funding of technology led start-ups in the TBIs was sanctioned to the following STEPs/TBIs

1. STP, University of Pune

2. CIIE , IIM Ahmedabad

3. IIT Kharagpur

National Award for Technology Business Incubators for the year 2008

For consistent contributions towards fostering the spirit of entrepreneurship by nurturing newenterprises, the National Award for Technology Business Incubators for the year 2008 was conferred onVellore Institute of Technology- Technology Business Incubator, during the ISBA Conference held in NewDelhi .

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Shri Prithviraj Chavan conferring National Award for Technology Business Incubators forthe year 2008 to Vellore Institute of Technology

First status report on STEPs/TBIs

With the support of NSTEDB, DST, the first status report on “Technology Business Incubation inIndia” was prepared and brought out by ISBA. The data and findings presented in the status report as ajoint effort of NSTEDB, DST and ISBA would help all relevant organizations, stakeholders and peopleconnected with the business incubators to shape up their offerings for better overall effectiveness of theincubator program and help and build the desired ecosystem for innovation and entrepreneurship.

An informative document, ‘Developing Ecosystem for Knowledge to Wealth Creation –TechnologyBusiness Incubators’ was prepared and brought out by the TBI Secretariat with the objective to fill thegaps in the availability of information on all aspects of the business incubation activity. This document hasbeen designed as a conceptual and base-level information source on incubators that will be constantlyexpanded and updated. The contents of the document would help institutions to devise a good incubatorprogram, which would enable incubate entrepreneurs to be successful and incubator to succeed.

International Events

Asia Pacific Incubation Network (APIN) supported by NSTEDB, DST and infoDev, World Bankhaving Secretariat at PSG-STEP, Coimbatore has come into existence and will focus on the followingactivities:

• Capacity Building for the Business Incubation Managers

• Addressing the challenges faced by the Asia Pacific Incubation Community

• Establishing an e-platform where the incubators can exchange information.

• Facilitating the soft landing of the incubatees in the network countries.

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APIN Organised two important programs during the 2009-10

• APIN organised 4th Asia Pacific Conference on Business Incubation with the theme ‘Global Recession–An opportunity for Business Incubation’ during 6-7 August 2009 in Coimbatore. The event broughttogether great minds in Incubation, promoters and other partners in business incubation across theglobe. There were 250 participants from Incubation arena with over 25 International delegates. Theconference focussed and deliberated on issues and trends in business incubation at time of globaleconomic meltdown, complementing factors for incubation, incubation mapping, latest incubationtools and techniques, new perspectives for development and future hold for development of Innovationand Entrepreneurship through Business Incubators in the Asia Pacific region.

• Capacity Building Programme for Business Incubation Managers was held during 10-14 December2009 at Ooty (near Coimbatore), in which 25 Incubation Managers participated which also included10 international participants.

ISBA 2010 Conference: The Indian STEPs and Business Incubators Association (ISBA) organized4th Conference on Business Incubation during 8-10 February 2010 in New Delhi. The focal theme of thisconference was ‘Innovation through Incubation: Way forward for Sustained Inclusive Growth. TheConference was supported by NSTEDB and was inaugurated by Hon. Shri Prithviraj Chavan, Minister ofState (Independent Charge) Ministry of Science and Technology. There was congregation of about 300participants and experts who form the who’s who of the Indian business incubation fraternity, incubateecompanies, government agencies, financial institutions and leading hi-tech industries and participants andspeakers from various countries across the globe. The presentation of 2nd ISBA Awards to 9 IncubateeCompanies functioning in various sectors like ICT, biotechnology, clean technology, materials, manufacturingand inclusive growth technologies (details at www.isba2010.in) was also held during the inauguration.

Entrepreneurship and Innovation Programmes

A new scheme called Innovation and Entrepreneurship Development Centre (IEDC) waslaunched during 2009-10. The main aim of this scheme was to develop an institutional mechanism to createentrepreneurial culture in academic institution to foster the growth of innovation and entrepreneurshipamongst the faculy and the students. IEDCs would support innovative student projects which may at alater date be supported through the other programmes Technology Business Incubators. During the year6 IEDCs were established.

Science & Technology Entrepreneurship Development (STED) Project aims to bring socio-economic development in a region by promoting entrepreneurial temper and motivating unemployed youthfor establishing micro enterprise based on innovative skills and technology. STED Project is currentlyoperational in 48 locations across the country. During the year, through STED projects, about 2500 unitshave been promoted.

Thirteen new projects were established during 2009-10 located at Bijapur (Karnataka), Guwahati(North East), Faizabad (Uttar Pradesh), Gajapati (Orissa), Rae Bareli (Uttar Pradesh), Nalbari (Assam),Roorkee (Uttarakhand), Goalpara (Assam), Saraikela (Jharkhand), Surendranagar (Gujarat), Narmada(Gujarat), Harda (Madhya Pradesh) and Bundi (Rajasthan).

STED project with dedicated output and especial focus in promoting women entrepreneurship havealso been initiated.

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Faculty Development Programme (FDP) is designed to train and develop professionals inentrepreneurship development so that they can act as resource persons in guiding and motivating youngS&T persons to take up entrepreneurship as a career. Through each FDP, 15-20 faculty members ofScience and Engineering colleges, Polytechnics and Entrepreneurship Development Organisations aretrained for a duration of 2 weeks. During the year, 92 FDPs have been conducted all over the country.

Technology Based Entrepreneurship Development Programme (TEDP) focuses on transferof technologies from lab to entrepreneurs through structured training programmes. This year 129 TEDPshave been organised with support from NSTEDB.

The Entrepreneurship Development Programme (EDP) is a training programme in which personswith S&T background are trained both in entrepreneurial and managerial skills for setting up and runningthe enterprises. The training is provided for 4-6 weeks including field exposure. During 2009-10, 123EDPs including dedicated programmes for women have been held.

Skill Development Training through S&T (STST) aims at demonstrating the effectiveness of shortterm market oriented technical skill training in empowering unemployed youth to earn a sustainable livelihood.More than 8,000 youth have been trained during this year.

NSTEDB sponsors Entrepreneurship Awareness Camps (EACs) of 2-3 days duration ineducational institutions to inculcate spirit of entrepreneurship amongst students pursuing degree/diplomacourses in S&T streams and also amongst the faculty. During the current, about 560 EACs have beensupported for the benefit of students and faculty.

Science Tech Entrepreneur, an E-zine has been brought out to disseminate information on variousaspects of entrepreneurship technology finance and management to budding as well as establishedentrepreneurs.

NSTEDB, in partnership with Indo-US Science and Technology Forum (IUSSTF), and Intel, isimplementing Technology Entrepreneurship Programmme. Under this programme India Innovation PioneersChallenge 2009 was organised and five student teams were awarded prizes under different categories.Exposure of faculty on global entrepreneurship leadership was also organised at UC, Berkeley.

India Innovation Growth Program is a collaborative project of NSTEDB and Lockheed MartinGlobal Inc. to identify, award and accelerate innovative new Indian technologies into the market space.Out of the 280 applications received, 70 innovators were invited for a commercialization workshop.Finally 30 innovators were given advanced training in technology commercialisation. At the end of thecompetition 15 winners were announced and given medals in June 2009. The medallists receivedprofessional business development assistance from IC2 Institute, University of Texas. A Technology Expowas organised to showcase the commercial success achieved under this programme.

Technology Business Plan Competitions help students and researchers to develop and test theirbusiness vision and plans. Financial support was extended to academic institutes for organization of theseCompetitions so as to promote entrepreneurial culture in academics.

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NATURAL RESOURCES DATA MANAGEMENT SYSTEM

Natural Resources Data Management System (NRDMS) Programme aims at promoting R&D inemerging areas of Geo Information Science and Technology. It develops methods and techniques foroperationalising the concept of local level planning in support of the 73rd and 74th Constitutional AmendmentActs relating to the Panchayati Raj Institutions and Urban Local Bodies. During the year, district levelEnterprise Geographical Information System (E-GIS) and State level Geo-portal prototypes have beendemonstrated to user agencies, domain-oriented techniques and web-services for the sectors of Hydrologyand Landslides/ Tsunami have been developed and tested, and advanced laboratories/ centres set up tobuild technical capacity and promote R & D in emerging topics like Spatio-temporal Data Modelling,Service-oriented Architecture, Sensor Networks, and Geo-visualisation.

District level Enterprise GIS

In a typical district, different Line Departments depend on a mix of software and information systemsfor meeting their information needs in day-to-day decision-making and operations. District NRDMS Centres,currently organised on the concept of ‘Desk-top GIS’, support Line Departments in meeting their geo-information needs by sharing/ exchanging data sets in the form of CDs or hard copy products. This makesthe data updation and sharing inefficient and difficult. With the advent of high-speed networking technologies;intelligent, spatial-data serving techniques; geo-relational database systems; and geo-spatial interoperabilitystandards, there has been a need to explore these in overcoming the problems of data updation and

(Figure 1: Screenshot of Bankura Assembly Constituencies showing polling stations retrievedthrough Web Map Service from the Bankura Enterprise Geographical Information System)

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sharing. An Enterprise GIS (E-GIS) has been developed and demonstrated using the above tools andtechnologies with the involvement of the Line Departments of Bankura District (West Bengal). Organisedon a Geo-Relational Database System, the data sets have been updated using Web Feature Service(WFS) and information from the database sharable with Line Department staff across the district using theWeb Map Service (WMS). Both WFS and WMS conform to the specifications from the Open Geo-spatial Consortium (OGC). The E-GIS has been tested and demonstrated during the General Elections2009 wherein information uploaded at the district NRDMS Centre by the District Magistrate on a day-to-day basis has been used by the Election Staff engaged in managing the elections throughout the district(Figure 1). User response has been encouraging.

State Geo-Portals

In order to support provision of up-to-date geo-spatial data to local level planning in the State, theKarnataka Geo-portal has been released during the annual event- NSDI 9- held at Pune on 22-24 December2009. The Geo-Portal provides single window access to various geo-spatial data sets acquired andmaintained by State level agencies including the Karnataka State Council for Science & Technology(KSCST), Bangalore. Accessible in the form of OGC-compliant Web Map Service (WMS), Web FeatureService (WFS), or Catalogue Service on Web (CSW), the data sets include various administrativeboundaries, thematic maps, demography, socio-economy, and infrastructure facilities (Figure 2). Studieshave been launched to develop similar Geo-Portals for West Bengal and the North East. Government ofKerala has adopted the Karnataka Model in operationalising the Kerala Geo-Portal.

(Figure 2: A screenshot from the Karnataka Geo-Portal showing selected districts satisfying a database query on theweb based on user-specified search criteria)

Data Model for Statewide Hydrological Data Infrastructure

A comprehensive data model is an essential pre-requisite to building a hydrological data infrastructure ona State wide scale. Involvement of all the stakeholders within a drainage system, who together as a group,cooperatively work towards identifying various issues and concerns, develop and implement plans with

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solutions for the potential beneficiaries of such an infrastructure. Relevant data needed to evaluate thecause and effect of all the proposed actions within a drainage basin are required to be collected, maintained,and shared with the stakeholders on a regular basis. A framework in the form of a data model is requiredfor developing a database that could be used by all the stakeholders and updated by relevant departmentsthat have designated jurisdiction over entry of appropriate data. A data model has thus been developed forimplementation and testing using data sets from Himachal Pradesh. A Hydrologic Information System hasbeen developed and demonstrated to the concerned Line Departments like Environment, Irrigation &Public Health, Energy, Agriculture, and Horticulture of the State Government using the data model (Figure3). Capable of providing information on surface run-off, silt yield, biomass yield from a watershed followinga rainfall event, the HIS could be accessed over the web by the stakeholders for collaborative worktowards managing watersheds.

(Figure 3: Screenshot from the web-based Hydrological Information System for Himachal Pradesh showing locationof water bodies, borewells, and irrigation schemes with sub-basin boundaries)

Advanced Laboratory on Geo-information Science & Engineering (GISE)

In order to promote R&D in different emerging facets of Geo-information Science and Engineeringlike Spatio-temporal Data modelling and Analysis, Service-Oriented Architecture based GeographicInformation Sharing, Geo-visualization and Analytics, Software Engineering for Geospatial Systems, Geo-web/ Location Based Services, Sensor Networks, Workflow Management, an advanced laboratory onGeo-information Science & Engineering has been set up at the Department of Computer Science &Engineering, Indian Institute of Technology Bombay, Mumbai. The Laboratory is expected to facilitatecloser interaction between different research groups in the area of Spatial Data Technologies for theachievement of long term goals in the field of Geo-information Science by leveraging the expertise andexperiences available at various IITB Centres/ Departments, and other similar research organizations inthe country. In order to fine-tune the research priorities, a workshop on “Geospatial Information forDeveloping Countries: Science and Technology” has been organised by the Laboratory on 16-18 December

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2009 with the support from Indo-US Science & Technology Forum, New Delhi. Leading experts in Geo-information Science from US, UK, and Japan have participated in the deliberations. It has been agreed tohelp build an Indian Geo-spatial Community with the support of its counterpart from the US to furtheractive research in the field. In addition, the Laboratory aims at creating a platform and repository forhosting technologies, applications and prototypes to promote the use of Geo-spatial Technologies.

Centre for NRDMS

A ‘Centre for NRDMS’ has been launched at the Department of Geography, Kumaon University,Almora to develop and demonstrate methods and techniques for better managing geo-spatial data assetsof Uttarakhand State, build capacity of concerned stakeholders to support provision and use of up-to-date Geo-information for Decentralized Planning, and to conduct regular world-class training and researchprogrammes in Geo-Information Science and Technology. Experience and expertise gathered by theDepartment over the years in developing and operationalising the Almora district database of NRDMS willbe leveraged in achieving the above objectives. A Master’s Course in Geo-information Science &Engineering has been initiated by the Centre around the artifacts and equipment available at the University.

Urban Flood Risk Mapping of Chennai City

Urban Flooding has been of concern with cities like Mumbai and Chennai facing havocs duringmonsoon season. In order to provide S&T solutions for urban flood mitigation and management in ChennaiCity, a joint project with the State Govt. has been initiated by NRDMS. A detailed spatial database hasbeen developed with the help of Airborne Laser Terrain Mapping (ALTM) providing high resolutiontopographic information to build a Digital Elevation Model (DEM) with improved accuracy. Physicalfeatures like buildings, trees, roads, culverts, bridges, drainage having an influence on the flooding processhave been mapped. Attribute data on rainfall, observed runoff in rivers, socio-economic condition ofpeople, shelters, and medical facilities has been acquired through ground survey and integrated with spatialinformation in Geographical Information System for integrated processing and analysis. Flood SimulationModels like MIKE 21 and SWMM have been used to prepare flood risk maps identifying and quantifyingareas and facilities that may be inundated for a given rainfall event. Information derived from the simulationhas been helpful in quantifying stress on typical urban infrastructure like roads, electricity, and communicationsin order to draw up quick recovery strategies.

Tsunami Wave Propagation Modeling of Nellore Coast

Understanding the propagation of tsunami waves caused by earthquake of higher magnitudes iscrucial to drawing up of effective disaster management strategies. The open sea tsunami wave propagationis defined by linear wave theories and with the wave reaching the shore, the effect of wave shoaling andwave breaking causes rise in wave heights inundating large areas on the coastline. Modelling tool likeMIKE21 has been used to simulate the tsunami wave propagation and develop the model with the sourceparameters that caused 2004 tsunami. The model results have been validated with observations from thecoastal tidal observations and similar model outputs from NGI, Norway. The validated model has beenfurther used to predict the future possible scenarios to assess tsunami arrival time and shoreline waveheights.

The Amparav Landslide has been investigated with detailed geological and geo technical investigations.The area has been geologically mapped on 1:1000 scale with 2 meter contour interval to demarcate andidentify high and very high hazard areas. In situ soil and rock samples have been collected to analyse and

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estimate the shear strength of slope material. Using the slide software, stability analysis of the landslideaffected area has been carried out to estimate the Factor of Safety (FOS) in wet and dry conditions.Based on the slope stability analysis, suitable preventive measures including design of gravity retaining wallhas been proposed (Figure 4).

Figure 4: Proposed design for a Gravity Retaining Wall based on Factor of Safety

Training workshops

Centre for Geo-information Science & Technology, Kerala University, Thiruvananthapuram hasorganised a day long training programme on 25 August 2009 for the officials and staff from the StateGround Water Directorate on the improved techniques for ground water data management in the State. Asa follow up, a web-based information system prototype is under development at the Centre for bettermaintaining the groundwater data sets of the Directorate. A week long training programme on‘Interoperability and Geo-web Services’ has been conducted by IIT Kharagpur during 22-26 November2009 to train scientists and officials from various participating institutions of NRDMS Programme and theGovernment of West Bengal. The participating scientists and officials have been exposed to the developmentand use of standards-based interoperable geo-web services in preparing local level developmental schemes.A Workshop on ‘Police GIS’ has been organised by the Center for NRDMS, Kumaon University, Almoraon 16 January 2010 to train officials and staff from the Almora Police District. A National Workshop on‘Coastal Urban Floods’ has been organised by the Department of Civil Engineering, IIT Bombay on 18-19 February 2010 to expose engineers and officials from the Municipal Corporations of Mumbai to theemerging technologies useful in managing floods jointly caused by rainfall and tides.

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NATIONAL COUNCIL FOR SCIENCE & TECHNOLOGY COMMUNICATION

National Council for Science & Technology Communication (NCSTC) has been working towardsdeveloping newer ways and means for bridging the void between science and society and achieving thegoal of better public appreciation of science and inculcating a scientific bent of mind amongst fellow citizens.

Science Express

‘Science Express’ a unique science exhibition-on-wheels displayed in a 16 Coach AC train, featuredover 300 large format visual images, 150 video clips, multimedia exhibits and Kids’ Lab of BASF India. Itsinaugural edition primarily developed by Max Planck Society Germany (MPS) in collaboration with DST,and with operational field support from Vikram A Sarabhai Community Science Centre Ahmedabad(VASCSC), was flagged off by Dr. Manmohan Singh, Hon’ble Prime Minister of India and Dr. AngelaMerkel, German Chancellor. Enthused by its widely acclaimed tour, which covered 57 locations in 214days, and attracted 22.5 lakh visitors, DST launched Phase-II of ‘Science Express’ with some new &indigenous exhibits and Joy-of-Science Lab with experiments in Physics, Chemistry, Biology, Mathematicsand Electronics. Since its launch on 30 November 2008, it visited about 50 destinations, mostly Tier-II&III cities not covered earlier. Over 13.5 lakh people have explored issues & challenges of science in afascinating manner and also delved into the mysteries of our world, groundbreaking discoveries, emergingissues, cutting-edge in science and future-oriented technologies. ‘Science Express’ entered the LimcaBook of Records with 4 records. It received extensive media coverage. Shri Prithviraj Chavan, Hon’bleMinister of S&T, the Chief Guest at the Valedictory Function on 30 May 2009 appreciated the achievementsand felt that this path-breaking initiative further to areas not covered earlier.

The continued success of this mega classroom-on-wheels prompted DST to initiate the third Phaseon 2 October 2009 from Gandhinagar. More indigenous exhibits were inducted by VASCSC, a dedicatedcoach on Climate Change which was fully sponsored by HSBC was added and due emphasis given tocareer counseling. Till end March 2010, about 15 lakh visitors had thronged the exhibition while about50,000 students conducted hands-on experiments.

A flagship project of NCSTC, it has received overwhelming response and enabled DST to reach outto about 50 lakh people across the length & breadth of the country and rekindle their interest in scienceusing interesting, interactive formats coupled with competitions, film shows, etc. at railway platforms. Thefeedback received from the visitors indicates that it is has been able to motivate and guide the younggeneration in pursuing Science as a career.

Hands-on Science (HSCI 2009)

The importance of learning by doing has been an old adage. This can be considered to be aboutinternalizing the concept and the phenomenon by performing hands-on experience at it, thereby synchronizinghead and hands together to achieve excellence in every walk of life.

The 6th International Conference on Hands-on Science (HSCI 2009), was organized at ScienceCity, Ahmedabad, from 26 October to 1 November 2009, in association with International Association

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Hands-on Science Network (HSCI Network), Portugal. The conference was aimed at enhancing theculture of innovation and experimentation in the modern societies with a fine blend of science knowledgeand excellence for all. The focal theme of the conference was ‘Science for All : Quest for Excellence’.

Five special Scientific Sessions with the following sub themes were organized i) Science, Innovationand Hands-on Science; ii) Science Communication through Hands-on Activities; iii) Experiences in ScienceFun Learning; iv) Hands-on Science and Evolution of Modern Knowledge; v) Promotion of Scientific andTechnological Temper

Over 350 delegates from 27 states, including some 40 foreign delegates have made 200 presentationsin 5 scientific sessions. The Exhibition of Popular S&T Information Products and Hands-on ScienceExperiments showcased various hands-on experiments from across the world. Vigyan Prasar and NCSTChave put together hands-on science activity corners and exhibition.

Rashtriya Vigyan Sancharak Sammelan 2010

The 3rd Rashtriya Vigyan Sancharak Sammelan 2010 on the theme “Advances in Science Journalism–Role of Space Science and Technology” as part of 97th session of Indian Science Congress was held atTrivandrum during 4-5 January 2010. The participants of the meet were drawn from one day symposiumsorganized by ISCA Chapters at different places of the country.

Vigyan Evam Vikas Sanchar Kendra

In order to promote utilization of national resources developed as a result of science communicationefforts and innovative practices of science resource sharing between the society and scientific knowledgegeneration agencies, an on-going pilot initiative has been reshaped, upscaled and launched as “VigyanEvam Vikas Sanchar Kendras” (VVSKs) since November 2009. To begin with, Kendras are going to besupported in 11 states. Clusters of villages will be adopted as project area where the target groups/beneficiaries are supposed to be students, women, disadvantaged sections of the society, families ofdefense personnel, workers/trade unions members, self help groups (SHGs), etc. A Kendra can belocated in a public library, school/ college, Panchayat bhawan, or any other community supported premises,at village or block level.

Regional Innovation Science Hubs for Inventors

In order to promote creativity amongst young people and growth of economy based on science andtechnology, NCSTC is making concerted efforts to set up Regional Incubation Science Hubs for Inventors(RISHI) for the purpose of fostering children’s dreams and passions for S&T. Talented students would beencourage to pursue ideas which have potential over a 3 week internship in one of the Centres identifiedby the Department.

Bicentenary of Birth of Charles Darwin

Bicentenary Celebration of birth of Charles Darwin and his Contribution “Origin of Species” wassupported. Brainstorming workshops for development of resource material are being organized. Countrywideidentification of colleges has started, where 2 days interaction session amongst noted biologist &graduate & post graduate Life Science students will be held and students will present papers onrelevance of Charles Darwin’s contribution in today’s context.

National Meet on “Science For Sanitation”

A National Meet of participating States was organized on at INSA, New Delhi, with specific objectiveof enabling exchange of experience amongst S&T Councils/ Departments from observing “Science for

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Sanitaion” Month. This is also to have feedback on limitations and potentials of the initiative as regardsintended behaviour change, diffusion of best practices and accompanying growth of scientifc temper.

Water Literacy Outreach Multipliers

For re-inforcing S&T communication for Water and Sanitation Literacy, NCSTC is formulating aseries of frameworks along with core syllabi for training and capacity building. S&T communication trainingmodules have been designed and developed for Water Educators, Water Journalists, and Water QualityMonitoring by Young Citizen Scientists. The specific orientation thus imparted is going to boost the S&Tinputs to media and communities both while making S&T communication more impactful. Module onS&T communication for capacity enhancement of members of Paani Panchayats is being taken up as apilot in Distt. Sitapur (U.P.).

Science Communication Studies

Long term academic courses/programmes in S&T Communication/Journalism at Devi Ahilya VishwaVidalaya, Indore, Lucknow University, Lucknow were continued. Lucknow University and PurvanchalUniversity have recently started research programme in this faculty leading to Ph.D in science communication.Anna University, Chennai is running a two years’ M.Sc (S&T Communication) and a one year post graduatediploma in science journalism. The Indian Science Communication Society (ISCOS), Lucknow continueda training course in science journalism. Gandhigram Rural University, Gandhigram (Tamil Nadu) andHyderabad University run semester courses in science communication. VBS Purvanchal University, Jaunpurcontinued a special paper on science journalism and a Post Graduate Diploma Course continued atMakhanlal Chaturvedi National University of Journalism and Communication, Bhopal. A special paper onscience communication was supported at the Banaras Hindu University, Varanasi.

National Children’s Science Congress - 2009

The 17th National Children’s Science Congress (NCSC), one of the most prestigious scientific eventintegrating children and science, was organized in Gujarat Science City, Ahmedabad, co-hosted by SGVP

Child scientists standing for a Scientific India

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International School in Ahmedabad, during 27 – 31 December 2009 on the theme “Planet Earth-OurHome, Explore, Care and Share”. Hon’ble Vice President of India, Shri M Hamid Ansari inaugurated thegrand event.

About 560 scientific problems on societal issues were presented by the child scientists of 10 to 17year of age in their respective vernacular language by 271 boys and 289 girls in 48 sessions. This indicatesrising share of girls’ child scientists in science studies and desiring a professional career in science andtechnology for societal development. More than 48,000 school & college students from in and aroundGujarat got the chance to visit the Congress and took a message that science is simple and fun. 43 eminentscientists and researchers joined as evaluators and recommended 25 projects as special projects forfurther research and exploration. The programme succeeded in creating hype among the local as well asmainstream print and electronic media, for broader outreach and wider participation.

Initiative for Research and Innovation in Science (IRIS)

IRIS is a nationwide research based science competition targeting school children from 5th to 12th

Class. The key partners of this program are Intel, CII & DST. The objective of this program is to popularizescience, research and engineering and foster a spirit of innovation amongst high school students. Thisprogram has reached out to more than 20,000 schools, impacting more than a million students acrossIndia.

IRIS National Fair, 2009 was held at Sattva Vikas school, Ahmedbad during 26–28 Novemberwhere 82 research based projects were selected from over 1200 synopses received. 8 projects (5 individualand 3 team) were then selected as National Fair winners. After a series of coaching camps, 6 projects (4individual and 2 team) are going to participate in Intel International Science and Engineering Fair, ISEF inthe USA. IRIS has launched its own website in 2009. Participants can view programme updates, news,winner’s details, programme collaterals on this website. Along with the website; it also has a feature wherestudents could participate by uploading their synopses online.

Year of Astronomy-2009

The Year of Astronomy-2009 was celebrated across the country. Resource Persons Trainingprogramme, State level activities and observation camps involving students and general public during therare astronomical phenomenon- Total Solar Eclipse on 22 July 2009 and Annular Solar Eclipse on 15January 2010- were organized. Mobile Planetarium for popularization of Astronomy too was provided.

Communicating S&T for Water, Sanitation & Hygiene (WASH)

S&T Communication for ‘Eco-water & Sanitation Literacy’ has taken the form of many visible fieldprogrammes, apart from the new dimension of training/ capacity building modules for Water educators,Water Journalists, Water Quality Monitoring and Paani Panchayats. Under the programme a gamut ofactivities, projects/ initiatives are taken up through science based voluntary organizations, universities,home science colleges, technical institutions, research laboratories, and State S&T Councils/ departments,etc. It is expected to bring social pressure on municipal and panchayat bodies, opinion leaders, decisionmakers etc. on prioritization of hygiene, sanitation, waste treatment and disposal and other such issues.Field interventions are supported through Development Science Communication with a variety of “InteractiveParticipatory Communication Formats”, like Technology & Development Communication, Demonstrativecommunication, Communicative action & participatory learning. NCSTC supported month long Eco-

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water Literacy campaign for implementation by respective S&T Councils/ Departments starting on theoccasion of World Water Day- 22 March- every year.

Science for Sanitation Month

This is third year that the majority of States have joined in implementing the programme, a month longcampaign starting every year on 2nd October, ‘Science for Sanitation Month’ with sharing of cost basis.During 2009, support was extended to Andhra Pradesh, Bihar, Chandigarh, Chhatisgarh, Goa,Lakshadweep, Madhya Pradesh, Maharashtra, Manipur, Mizoram, Nagaland, Punjab, Rajasthan, andU.P.

Animal Life Issues

To create awareness and build capacity among people about animal life issues, with special referenceto Animal & Human Health, the new programme proposals were developed with the objective of improvingthe hygiene and sanitation of animal and human beings, reducing communicable diseases from animal tohuman beings, improving animal life with better natural resources management and increasing income fromanimal based food and other products. Projects on training of communicators, developing software,recognizing excellence, pilot field projects, etc., were developed.

Motivational Programme

To encourage bright students to select careers in S&T and kindle their interest in science, technologyand research, motivational programmes were organized in various universities and research institutionswith the support of S&T Councils, S&T based agencies or directly by the research institutions. 25 to 30bright senior secondary students spend quality time in research laboratories; interact formally or informallywith eminent scientists. They are also encouraged to take up hands-on S&T projects during suchprogrammes. A number of such programmes were organized in 2009-2010.

Science Communication Archives

A science communication archives has been developed to preserve and retrieve science manuscripts,publications and other such materials to facilitate scholars and researchers in science communication to getauthentic information on this subject. A number of rare books, documents, manuscripts, letters and notes,etc., pertaining to science, technology, scientists and scientific institutions are required to be preserved, asthese consist an important part of our heritage and have long lasting value. .

Water Quality Monitoring through Schools

By way of a project implemented by IIT, Delhi, awareness has been created on water qualitymonitoring and dissemination of the technology and practices for rapid water testing at selected ruralschools. The schools teachers & students have been trained in inculcating these practices at householdlevels. Training has also been provided to the schools community to use the kits for monitoring of localwater sources with a proper understanding of the principles involved and scientific appreciation of potential/limitations of using rapid field testing kits.

Safe Water Campaign

The Institute of Applied Sciences, Allahabad has completed a project on “Awareness campaign foreco-friendly water conservation and purification among the rural folk around Allahabad” to ascertain and

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configure the necessary dimensional change in the socio-economic status of the population and role ofgovernmental and non-governmental agencies in improving their status. Training have been imparted to thestudents and general population for the purification and conservation of water through communityprogrammes to educate the local population through awareness campaigns for understanding the preventiveand promotive strategies of health care for improving their overall status of health. 46 Chaupals and Pani-panchayats were organized in and around four Kendras to not only spread awareness but also to adoptconservation and safety measures to store and purify available water for drinking and other purposes.

Combating Occupational Health Hazards of Women

A unique programme has been conceptualised and initiated to address health issues among womenemployees in unorganized sector under the overall initiative of Government of India on Gender Budgeting.Keeping in view the diversity and wide range of the problems, an effective strategy has been worked outfor sensitizing the employer, training employees to take appropriate safety measures and prevent avoidableoccupational health problems in women working in 14 occupations– stone crushers, readymade garment

Hazardous occupation – women working in stone crushing industry

industry, call center employees, glass industry, electronic industry, municipality workers, salt pan workers,etc. Charts, posters, films and manuals are being prepared on healthy work practices and utilized byscience communicators.

Total Solar Eclipse: Bangle In The Sky

On 15 January 2010, the longest annular Solar Eclipse of the millennium occurred. The ring of firewas visible in the sky for 10 minutes in the southern most areas of India covering parts of Kerala and TamilNadu. NCSTC, together with Vigyan Prasar and Tamil Nadu Science & Technology Centre, Chennaiorganised an observation camp in Kanyakumari. Around 700 Students of VIPNET clubs from all over thecountry with their teachers and science club coordinators participated in the camp at Kanyakumari. Theygathered at the helipad and viewed it from 11.05 a.m. till 3.05 p.m.

Total Solar Eclipse: Diamond Ring in the Sky

NCSTC organized a number of activities built around the natural phenomena during the Year ofAstronomy. The celebration of IYA has been started with the observation of Total Solar Eclipse of 22 July2009 through the belt of totality passing through mid-India. Lakhs of people came out of their houses to

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view the longest astronomical phenomenon. NCSTC also developed one solar kit and disseminated italong the belt of totality after its proper demonstration.

Students enjoying the view of Total Solar eclipse

Understanding Planet Earth

An awareness generation programme for Understanding Planet Earth in many districts of UttarakhandState was organized by PAHAL, Pithoragarh. Energy Research Association, Haryana organized similarcampaign in many districts of Haryana. SPECS, Dehradun organized lectures-cum-demonstration on differenttopics like water and sanitation, environment conservation, hazard management and climate change tocommemorate understanding planet earth campaign.

Perfect Health Mela

NCSTC participated in the Perfect Health Mela organised by Heart Care Foundation of Indiaduring 3-17October 2009 at Laxmibai Nagar Park New Delhi. NCSTC put up its activity corners thatattracted thousands of visitors. Competitions for student of medical and nursing colleges were orgnisedand theater performances on science communication were held.

National Science Day

Many institutions have organized a series of activities that span over a month or even longer, usuallybeginning with or culminating on February 28, the National Science Day. The theme selected for 2010 is“Gender Equity for Peace & Prosperity”. The activities include among others- ‘Open Day’ for the publicin scientific institutions, science exhibitions, popular science lectures, quiz programmes, debates, films andslide shows on scientific topics, open houses in R&D institutions, bringing out of books, special supplementsin newspapers and dedicated programmes in the electronic media, seminars and symposia, special meetingsand function, many field programmes and competitions for students of colleges and universities.

9th Indian Science Communication Congress (ISCC 2009)

The Focal Theme for ISCC-2009 was “Science Meets Communication” The 9th Indian ScienceCommunication Congress (ISCC 2009) was organized by the K. K. Handique State Open University,

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Guwahati (Assam) in association with Indian Science Writers’ Association (ISWA) at Guwahati during 20-24 December 2009. Over 200 researchers and practitioners of S&T communication participated in theCongress.

Indian Journal of Science Communication

The Indian Science Communication Society continued publications of a half yearly international researchjournal on science communication in Hindi and English under the title ‘Indian Journal of ScienceCommunication (IJSC)’. The IJSC has an international advisory board and peer review system anddisseminated worldwide. It also offers open access edition on the internet www.iscos.org

National Teachers’ Science Congress (NTSC)

A national platform was created for teachers working in science education by NCSTC in 2003.National Teachers’ Science Congress is building up into an unique platform where the problems at thegrassroots are taken up for study as a curricular exercise. The 5th National Teacher’ Science Congresswas organized at Regional Institute of Education Bhubaneshwar. About 250 papers were selected forpresentation.

Low Cost/No Cost Doable Experiments

A brainstorming workshop was organised during 10-12 December 2009, at Tamil Nadu Science& Technology Centre, Chennai, on development of a module on 100 low cost/ no cost doable experimentson life science in order to promote learning by doing concept.

SciMind India

NCSTC produces various software materials intended for mass S&T awareness, including audio-visualprogrammes, films, CDs, publications, etc. ‘SciMind India’- a unique 27 part TV quiz based ondemonstrations has been produced in 2009.

Popular Science Periodicals in Indian Languages

NCSTC has continued support for publication of popular science magazines including Nirantar Soch(Punhabi), Vaigyanik Drishtikon (Hindi), Arivukkan (Tamil). Vaigyanik Drishtikon has been supported as afortnightly science newspaper in Hindi. The GRD Trust, Coimbatore was supported for bringing out widespectrum a popular science monthly in English Wide Spectrum. The magazine reproduce article of lastingvalue from newspapers and also carries a wide range of popular science articles, features and columns. Inaddition, Virat Surya (Hindi, Marathi and English) and Arivial Poonga (Tamil) popular science magazineswere also supported. Bigyan Jeuti (Assamese) and Vigyan Katha (Hindi) have also got encouragingsupport Vigyan Katha being first science fiction science magazine in the country is gaining popularity.Bachhon Ka Indradhanush, a Hindi bi-monthly also got support. The publication of science resource letter“Srote” continued.

Comics on Water & Sanitation

Two comics in Hindi, namely, “Dhoop Basti ki Samajh” & “Maya ki Jal Yukti”, were brought out incollaboration with Surabhi Sarvshiksha Evam Kalyan Samiti, New Delhi for spreading water & sanitationliteracy amongst children. A translation in five more languages is being contemplated. Translated audioversions of the same are also on the anvil. Five new stories have also been conceptualized on water literacyfor children.

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Teleserial “Utthan”

A 13 part teleserial “Utthan” for communicating rural technologies has been supported with CSIR onmatching cost sharing for production and telecast. The telecast received overwhelming response frompublic with large participation in quiz programmes where winners were awarded. It has also been decidedto dub it in 5 local languages for telecast on regional channels of Doordarshan.

Science Communication through Community Radio

Communicating Science through Community Radio has emerged as one of the leading programmesof NCSTC. The major projects developed and implemented over the period include “Science for Women’s

Community listening to the programme

Health and Nutrition” and “Understanding Planet Earth”. These projects are running in 10 CommunityRadio Stations across the country in the current year and many stations are being inducted. Each projecthas over 365 episodes of 15 minutes duration each. This project made rural women aware about differentissues like Anemia, Non Communicable Diseases, Menstrual Hygiene Management, Low Birth Weight,HIV, TB etc. NCSTC has provided sustainable support to Community Radio Station in terms of content,finances and enhancing participatory programme production capacities. At each CRS, beneficiaries includedlisteners spread around 15 Km radius.

Challange Chatni

13 parts episode ‘Challenge Chatani’ - an interesting series on the technical solutions to the real lifechallenges and problems are being produced. This 13 part serial will be focusing on the problems confrontingin our day to day life with their possible scientific and technical solutions.

Training Workshop on Science Writing and Journalism

A four days’ Training Workshop on Science Writing and Journalism was organized by NCSTC,Vijnana Bharati, Pune and Yashwantrao Chavan University, Nasik on 28-31 January 2010. 45 participantsrepresenting 8 institutes and many citizens participated in this workshop. Under 9 different academicsessions, scientist, journalists and science writers shared their views.

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Training Workshop on Puppetry

Over the years, Puppetry has developed into a powerful media of communication. Kainat Foundation,Kako, Bihar, and Students Welfare Society, Anantnag (J&K) have organized a number of programmes onscience communication through Puppetry in their respective States to spread scientific messages usingpuppets on topics such as pollution, waste management, potable water, environment conservation,eradication of superstitions, climate change and energy awareness, etc.

Grameen Jagriti

To create awareness amongst the farming community on safe practices in agricultural operations andrational use of fertilizers, pesticides and other off-farm inputs, workshops are being organized for the KVKfield extension officers, farmers which aim at training and creating awareness about these and other activitiesrelated to agriculture. Four such workshops are being organized by the Voluntary Institute for CommunityApplied Sciences, Allahabad, U.P. One State level training workshop to create awareness on improvedagriculture technologies for extension functionaries of U.P. was organized during January 2010 at AllahabadAgricultural Institute, Allahabad, U.P.

Training Programme in Model Rocketry

To understand basic scientific principles like force, gravity, escape velocity, laws of motion, etc.training programmes on Model Rocketry were organized in Uttar Pradesh by VICAS, Allahabad, TamilnaduScience & Technology Centre, Chennai and Manipur S&T Council, Imphal.

Volunteer Plus - Programme on Disaster Preparedness

To create awareness about various aspects of natural as well as man made disasters and to handleemergency conditions like fire, earthquake, floods, etc., training-cum-awareness programmes wereorganized for NCC, NSS programme coordinators, college students, etc. Heart Care Foundation, NewDelhi organized one such workshop at Delhi, North East Institute of Science & Technology, Jorhat organized3 phase workshops in different parts of Assam and Jidnyasa Trust, Thane, Maharashtra also organized aworkshop on Disaster Management in Thane.

Explaining Science behind Miracles

The basic objective of this programme is to train resource person who can make people aware oftricks and so called miracles and save them from cheating by self styled god-men. During the workshop,the participants are exposed through demonstrations of about 100 such tricks followed by their explanations.Short duration projects from Uttar Pradesh, Bihar, Orissa, Uttrakhand, Punjab, Chandigarh Maharashtraand Madhya Pradesh were supported

Scientific Soft Toys and Stitch Crafts for Handicapped Students

The Science Association of Bengal, Kolkata organised a training workshop for various categoriesof handicapped students drawn from various schools of West Bengal during 2–6 December 2009 atKolkata. The basic objectives of orgnising this workshop was to impart training to provide actual skilldevelopment amongst handicapped students on making the scientific soft toys and stitch craft products.Nearly 100 student got practical training by experts in the areas of toys & stitch craft making.

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Capacity Building to Understand and Appreciate Nature

A comprehensive national programme has been evolved for training high school teachers who are thefront runner in disseminating knowledge. The focus has been on developing hands on activities using lowcost local resources within their own environment and accessibility to develop deeper understanding ofcomplex natural phenomena which is mandatory to sustain the bio system in its requisite health. Highschool teachers belonging to various States were trained through five day workshops, Celebration ofdays-Bio diversity Day, Wetland Day, Energy Day, Ozone Day, etc. Seed banks and herbal gardens wereestablished along with organization of quiz, painting competitions and rallies in schools and training ofstudents in various aspects of biodiversity.

Understanding Weather & Climate Change

Science Centre (Gwalior), Bhopal and NCSTC has developed a kit to understand and measuredifferent weather parameters like rain, temperature, humidity, wind velocity and direction, etc. A nationalworkshop to train resource persons, NGOs, activists in understanding weather and climate change wasorganized at Nagpur. Another workshop was organized by the National Bal Bhavan, New Delhi forvarious Bal Kendra member schools. Thematic posters on Global warming, Earth as a System, Oceans,Weather and Climate and Light were developed by the Vikram A. Sarabhai Community Science Centre,Ahmedabad as part of the programme. Postcard sets on the campaign theme were also developed anddistributed in schools and colleges, through State S&T Councils.

National Awards for S&T Communication

Science and Technology communication is a specialized area having individuals and institutionsdedicated to the cause. Outstanding efforts are recognized with national awards, annually. Following awardswere given during the year: National Award for Outstanding Effort in S&T Communication through Booksand Magazines to Dr. Durga Dutt Ozha, Jodhpur, and Shri Natarajan Ramadurai, Chennai; NationalAward for S&T Popularization among Children to Shri Takhellanbam Robindro Singh, Thoubal, Manipur;National Award for S&T Communication in Print Medium to Shri Dinesh Chandra Sharma, Rampur,U.P; National Award for S&T Communication in Electronic Media to Dr. Manas Pratim Das, 24 Paragans,West Bengal

Rajat Jayanti Vigyan Sancharak Fellowships

These fellowships were instituted in the year 2007 on the occasion of silver jubilee celebrations ofNational Council for Science & Technology Communication. The Fellowships are awarded to youngScience Communicators with uniformly brilliant academic record and field work. It also supports innovativeScience Communication efforts in selected scientific institutions/universities/S&T based voluntaryorganizations under the guidance of a senior science communicator. Nine candidates in the year 2009 wereawarded fellowships. The duration of the fellowship is for one year and comprises honorarium of Rs.12,000/- per month (16000/- in case of a Ph.D.), an annual contingency of Rs. 30,000/- and travel grant of Rs.15,000/-. Mentors will receive Rs.20,000/- in a year.

UNESCO Kalinga Award for Popularisation of Science.

The UNESCO Kalinga Prize for Popularisation of Science is an international award administered byUNESCO presented to candidate who has a brilliant career as writer, editor, lecturer, film producer, radio/television programme director or presenter. The laureate is selected by the Director General, UNESCO,

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Paris. So far 65 candidates from 22 countries have been awarded the prize. Out of these, seven awardeesare Noble Laureates.

The award for the year 2009 has been conferred on Prof. Yash Pal, Chancellor, JNU, New Delhi andProf. Trinh X. Thuan, Department of Astronomy, USA for their invaluable contributions in communicatingscience to people. The prize included 10,000 Pound Sterling with the contribution of Government of India,Kalinga Foundation Trust and Government of Orissa and a Citation. Government of India has introducedKalinga Chair to mark the 50th Anniversary of the Kalinga Prize. The winner is invited to deliver lectures onScience Communication to various target groups, for a period of two to four weeks as a guest of theGovernment of India. The Chair comprises a token honorarium of US $5000.

NATIONAL SCIENCE AND TECHNOLOGY MANAGEMENT INFORMATION SYSTEM(NSTMIS)

The National Science & Technology Management Information System (NSTMIS) division continuedits efforts of generating and making available information on both manpower as well as financial resourcesdevoted to scientific and technological (S&T) activi-ties by conducting national surveys both through in-house as well as sponsored studies.

S&T Resources Studies

The next national survey for collection of data on resources devoted to research and development(R&D) activities for the year 2009-10 is being launched. The questionnaires for launching the survey havebeen prepared. For online submission of the data, e-questionnaires have also been designed keeping inview the parameters to be covered in this survey and these are also being made available to the S&Tagencies and other data providers. To facilitate online submission of e-questionnaires, problems faced byrespondents during the previous survey (2005-06) have been thoroughly studied and necessary improvementshave been carried out in the software. For this survey also, as in the previous case, both hard copy as wellas electronic questionnaires are being sent to overcome the teething problems faced by respondents whileswitching over from hard copy to electronic filling of questionnaires.

The national level report based on the above mentioned survey ‘Research and Development Statistics2009-10’ will pro-vide information and analysis in forms and variety like financial and human resourcesdeployed by research institutions/ laborato-ries of major scientific agencies, central ministries/ depart-ments,State Government institutions/ departments, research stations and in-house R&D units of public and privatesector industries. Apart from this, the publication will also give information on patents, enrolment, out-turn,stock of S&T person-nel, Plan/Non-Plan allocation for S&T, stock of scientists, engineers, technicians forselected countries, and R&D expendi-ture per capita and as percentage of gross national product, etc.

Work to bring out another publication of NSTMIS division entitled ‘Directory of R&D Institutions’has been completed. The present Directory is ninth in the series containing list of around 4700 R&Dinstitutions with complete addresses arranged alphabetically within the sectors to which they belong. Detailson various communications modes such as phone, fax, e-mail, website addresses have also been given,wherever possible. Care has been taken to provide accurate information on R&D institutions locatedthroughout the length and breadth of the country. The scope and coverage of the present edition of theDirectory has been enlarged by adding addresses of additional industries registered with the Departmentof Company Law Affairs. The directory is presently under print.

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To align with the changing paradigm centered on innovation, the NSTMIS has evolved a new initiative‘Science Technology Innovation and Creation of Knowledge (STICK)’. The National Innovation Surveyframework finalised by the division after in-depth discussion with the national/ international experts, shallbe used in the implementation of the STICK programme. STICK is aimed at a) developing innovationindicators to understand the dynamics of innovation and knowledge creation activities and its relation witheconomic growth and b) benchmarking the national performance of the innovation system. This willprovide policy actions, appropriate incentive structures, international comparisons for planning andfostering the innovation eco-system of the country. The programme will be launched in the forthcomingyear 2010-11.

Information System/Database Activities

With a view to disseminate information on research and development (R&D) projects for the benefitof different interest groups, the NSTMIS Division of DST continued its effort to compile information onextramural R&D projects funded by different central S&T agencies. Besides maintaining a computeriseddatabase on extramural R&D projects from 1985-86 onwards, the Department publishes annually a directoryof extramural R&D projects funded during the year. The two directories for the years 2006-07 and2007-08 were brought out this year.

The directory for the year 2007-08, eighteenth in the series, contains information on 3515 new R&Dprojects approved by 17 central government departments/ agencies. The total approved cost of theseprojects was Rs.1467.19 crores. Projects in the Engineering & Technology area received maximum financialsupport (32.21%) followed by Biological Sciences (23.04%) and together these received about 55% ofthe total R&D sup-port. Fifty one percent (51%) of the total support was given to the academic sectorcomprising of universities, deemed universities and institutes of national importance. The NationalLaboratories under government received 25% of the total financial support. Among the funding agencies,the extramural R&D support by Department of Science & Technology (DST) was the highest with Rs.695.87crores followed by Department of Biotechnology (DBT) with Rs.302.65 crores.

Sponsored Studies

Apart from the in-house efforts in bringing out the R&D statistics at national level, the division sponsoredseveral studies to build databases on S&T investment, S&T manpower availability/ deployment/ gap andS&T indicators.

The following studies were completed during the year:

i) Expert system for Indian Woods – their Microstructure, identification, properties information anduses.

ii) Creation of Expert’s Directory of Life Sciences in India.

iii) Animal Diseases and Veterinary Care Systems.

iv) Impact of Foreign collaboration on Indian Industry.

v) Profile of Indian Scientists in Major Scientific Agencies.

vi) Study of Bottlenecks in industry, Academic and Institution Linkage in Pharmaceutical sector anddevelopment of database for Academia-Industry Partnership Promotion.

vii) Profile of R&D Manpower in various industrial sectors.

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International Collaboration

The Department has actively participated and contributed in the development and revision of standards/concepts/ definitions used for collection of Science Statistics and development of Science & TechnologyIndicators in UNESCO Institute of Statistics (UIS) and Organization for Economic Cooperation andDevelopment (OECD) meetings. The department also provided information for the country on Science &Technology indicators to UNESCO Institute for Statistics for their publication titled “UIS Statistical yearbook”.

SUBJECT AREA-WISE R&D SUPPORT DURING 2007-08

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STATE SCIENCE & TECHNOLOGY PROGRAMME

The Department played a proactive role by facilitating the State Governments in establishing anddeveloping the State Councils on S&T and by providing support for their technical secretariats. ConcurrentlyDST, in collaboration with respective State Councils, organized all India thematic seminars/ workshopswhose recommendations helped identify some activity-areas for promotion by the State Councils. DSTalso organised periodic review meetings to discuss the status of various S&T programmes and to plan thestrategy for future. Regional Meetings organised by DST facilitated review of State S&T structures andidentification of areas of mutual cooperation.

A Decennial Review was held in July 1992 to assess the strengths and weaknesses of this programmevis-à-vis DST’s performance. It emphasized on significant increase in programmatic support to the StateS&T Councils and strengthening linkages between these and Central S&T Agencies by suitably dovetailingvarious programmes. It was also realised that these State S&T Councils, since their formation had come ofage to initiate a phase where resources in terms of expertise and technology promoted and generated bythe Central and State S&T Agencies be pooled together to undertake joint programmes. Sequel to decennialreview, Programmatic Support under the scheme to accelerate S&T activities at the State level wasundertaken so as to ensure integration of S&T for overall socio–economic development with specialemphasis on location specific research & technology development, adaptation and transfer, S&T studies/surveys and information exchange & experience sharing on specific S&T programmes.

During the year following activities were carried out to expand the horizons of the programme so thatparticularly the rural community may be benefitted:

Two meetings of Project evaluation Group were held and 63 new proposals were discussed in thesemeetings. DST also organized Group monitoring meeting to monitor 23 ongoing projects progress as wellas assess the result the completed project. The Department also organized several expert committee visitsto various State Councils for review of their activities. The new Project evaluation Group has been constitutedfor implementation of the programme in focused area.

Some of the important achievements during the year under various activity heads of the programmeare as follows:

Core Support to State S&T Councils

Core support is being provided to State S&T Councils with the objective of facilitating State S&TCouncils in planning, monitoring and implementing S&T activities in the State. The core support includessupport for S&T manpower in addition to travel, office expenses and to modernize office equipment. Thissupport is intended to develop and nurture S&T capabilities required for development of the state throughS&T intervention and has to be specifically oriented to the felt needs of the State and facilitate operation ofthe Council as modern office responsive to the needs of scientific community and other stakeholders withinthe State. During this year, core support has been provided by DST to 25 S&T Councils in States whichalso include one Union Territory (UT).

Support to Patent Information Centers (PIC)

Considering the need for disseminating knowledge on patents and spreading its awareness in thecountry, the Department facilitated in establishing Patent Information Centres in different State S&T Councilssince 1997. These PIC’s help in patent searches, guide the inventors for patenting, establish patent nodal

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cells in universities of the States, and so on. Nearly 20 such centers have already been established in thecountry. The Department has provided funding support to the 8 PIC’s of the States Councils of Mizoram,West Bengal, Punjab, Uttar Pradesh, Tripura, Sikkim, Assam and Kerala which also include establishmentof new Patent Information Centre (PIC) at Mizoram State Council of S&T, Aizwal during this year.

Demonstration Projects including Replication of Successful Models

Under this scheme a core group has been working which is providing guidance for the demonstrationof technologies developed at national laboratories, State Councils, NGO’s and Universities. Some of themajor achievement of the this year are as follows:

Water purification technology

One defluoridation plant of 4000 LPH capacity was installed at Hindustan College of Science &Technology (HCST) campus, Farah, Mathura.

Low Energy Membrane Desalination & Deflouridation plant installed at HCST Campus, Farah , Mathura

Iron Removal Plant : The 5000 LPD based on membrane technology developed by Central Glassand Ceramic Research Institute, Kolkata installed at Sikkim Science Centre Gangtok

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Agribusiness promotion: Agribusiness Promotion through technology demonostration in Renwairegion (District Uttarkashi) Uttarakhand is being taken up. A tissue culture facility has been set up and in-vitro propagation of early and dwarf varieties of walnut as well as chrysanthemum is being undertaken.

Tissue culture facility at Renwai Region, Uttrakhand

Organic farming project at Sikkim

DST has initiated an Organic Agriculture Programme based on Scientific Inputs in Sikkim state incollaboration with MR Murarka GDC Rural Research foundation, Jaipur to provide agro advisory andminimize the use of pesticides so that good nutrition value in the vegetables / crops may be achieved .

(Organic farm of Tomatoes established at Kokley Village of Sikkim)

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Some of the new projects were initiated on “Demonstration and popularization of value addition andprocessing of Garlic in production catchments”, “Technology Demonstration of biogas enrichment andbottling system for rural energy security”, “Kedarnath-II Mini Hydro power project (2*100 KW) atdistrict Rudraprayag, Uttarakhand”.

Location Specific R&D and Technology Development

New projects were initiated on: “Development and commercialization of traditional KUM as herbalhair dye”, “ Potential and prospects of Algae and aquatic plant pigments of lake Chilka (Berhampur) forindustrial application”, “Survey and identification of wasteland- farmers participatory approach forprospective converting into productive land”, “Studies on the emerging diseases and traditional medicinalpractices in Indira Gandhi Nahar Pariyojna (IGNP) of Western Rajasthan”, “Estimation of pesticides andheavy metals in people of Bihar and linkage with Cancer” , “Study project of Nagaland to initiate OrganicAgriculture Programme based on Scientific Inputs”, “Impact of water quality on hypoheric biodiversity inthe selected tributaries of Ganga and Yamuna rivers of Doon Valley, Uttrakhand, “ Implementation orientedparcel-wise database creation on S&T needs for development of fishery and sericulture sector on mostbackward districts, West Bengal”, “Bioremediation of contaminated soils in different agro-ecological zonesof Tmail Nadu”, “Bio-prospecting of plant fibres”, “Integration of botanical pesticides and entomopathogenicfungi for the control of mosquito vector at different agro climatic regions of Tamil Nadu”.

The projects on “Extension and technology demonstration for in-vitro clonal multiplication of Bambooand Shisham and their establishment in the Uttar Pradesh”, “Survey Collection and analysis of Oil, Proteinand Fatty acid profile from seeds of different species of Acacia (Babul) distributed in Rajasthan to be usedas biofuel” were completed

Joint Study / Surveys / Programmes

a) 32nd Series “Student Project Programme cum Exhibition” for final year Engineering students wasorganized in collaboration with Karnataka State Council of S&T, Bangalore.

b) 4th Uttarakhand State Science & Technology Congress (USSTC) wasorganized during 10-12November 2009 in collaboration Uttarakhand State Science & Technology Council, Dehradun.

c) 5th J&K Science Congress organized during 9 -11 Feb 2010 in collaboration with J&K State Councilof Science & Technology, Jammu.

d) 22nd Kerala Science Congress organized in collaboration of the Kerala State Council for Science,Technology & Environment, Thiruvananthapuram during 29-31 January 2010.

e) A National Seminar on “Role of women in combating climate change” supported at Kerala StateCouncil for Science, Technology & Environment, Thiruvananthapuram.

f) Awareness programme on ‘Pesticides Monitoring in Seasonal Vegetable and Soil of Agra District’was organized at Hindustan College of Science & Technology, Farah, Mathura on 8 March 2010.

g) Organization of State Level Science Exhibition for motivating basic science among students andpublic supported at Yadava College, Madurai.

h) Brain Storming Session of Scientific Advisory Council to PM (SAC to PM) with State Science &Technologies Councils is planned at Indian National Science Academy (INSA), New Delhi on 27March 2010.

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MISSION ON NANO SCIENCE & TECHNOLOGY

The Mission on Nano Science and Technology (Nano Mission)- an umbrella programme- was launchedin May 2007 to promote R&D in this emerging and highly competitive area of research in a comprehensivefashion. The main objectives of the Nano Mission are basic research promotion, infrastructure developmentfor carrying out front-ranking research, development of nano technologies and their applications, humanresource development and international collaborations. In 2009-10, Nano Mission recorded significantexpansion in its activities and also continued to break new grounds in promotion of R&D in this field ofresearch.

Calibration runs were carried out with the India-Japan beamline at the Photon Factory, KEK, Tsukuba,Japan on way to its establishment and commissioning for wider use. This project was sanctioned last year.The data gathered during calibration runs was very promising and reassuring. The beamline is expected tobe functional by mid-2010.

For getting access to all the beamlines at the PETRA-III Synchrotron Radiation Facility and FLASHfacility at DESY, Hamburg, Germany, a Detailed Project Report (DPR) was prepared during the year.This facility is also expected to become available to the Indian scientists next year. PETRA-III being ahigh-energy X-ray source with nanosized beams, its availability will be of special significance for nanoscienceresearch in the country.

A comprehensive plan to launch applied nanotechnology oriented projects with industry participationwas worked out. The programme is expected to be launched by mid-2010.

The biennial International Conference on Nano Science and Technology (ICONSAT- 2010) wasorganized at IIT-Bombay, Mumbai and it was attended by over 700 delegates from across the world.Over 1100 abstracts were received for this Conference and only the best could be accommodated. Thatshowed the increased scientific standing of this activity at the international level. This Conference was alsoattended by large number of research students who showcased their research through posters.

The 4th National Research Award in Nano Science and Technology was awarded to Prof. PushanAyyub of the Tata Institute for Fundamental Research, Mumbai during ICONSAT-2010.

The Institute of Nano Science and Technology at Mohali (INST-Mohali) got registered as anautonomous society during the year. This institute would focus on research in the areas of agri- and bio-nanotechnologies. Temporary accommodation has been leased to start the activities of the institute.

M. Tech. in Nano Science and Technology was supported in one more institute, viz. the JawaharlalNehru Technological University (JNTU), Hyderabad, during the year, thereby raising the total number ofinstitutions running PG programmes to fifteen.

33 new R&D projects were funded this year which aimed at investigating fundamental scientificaspects of nano-scale systems. As expected, these projects spanned a wide variety of subjects like growthand characterization of Gallium Nitride and related alloy heterostructures, synthesis & characterization ofhybrid polypropylene-montmorillonite-wood fibre nanocomposites, development of nanodielectric polymericmaterial for industrial applications, controlled drug delivery using layer-by-layer self assembly on magneticPLGA nanoparticles using dual drug regime for breast cancer therapy, etc.

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Large number of very good publications have come out of the ongoing R&D projects and the Unitsand Centres supported so far. Significant scientific results reported from these projects are as follows:

o Work is in progress on functional nanomaterials for solar cells and other opto-electronicapplications. Investigations have been done on metal oxide nanoparticle based dye sensitizedsolar cells and visible light photo catalysts.

o Studies on nanocrystal formation from amorphous phase in Zn and Fe based alloys concludedthat the constituents of micro structure with magnetic nature of phases and nature of interfacesbetween crystalline and amorphous phases dictated the overall magnetic properties of thesenovel nanocrystalline materials.

o Studies havealso been carried out to study the influence of doping on the structural andphotoelectronic properties of Indium-doped ZnO (IZO) thin films deposited by sol-gel technique.IZO thin film is an attractive material for transport electrode in Schottky barriers, photo-detectorsand thin films solar cells.

o Work on hydrothermal synthesis of TiO2 nanoribbons and its application in photo-electrochemical

splitting of water for hydrogen production is under progress.

o Detailed Microwave absorption studies carried out on nanocomposite films made of silvernanoparticles embedded with poly-vinyl-alcohol has showed that these films exhibited appreciablemicrowave absorption in the 8-12 GHz range.

Significant progress had also been made in the ongoing joint institute-industry linked projects. In aproject on nanocomposites for tyre applications, nanoclay has been used as fillers. The clay used wasmodified montmorillonite clay. The nanocomposites were analyzed by a number of techniques. Among thenew observations was exfoliation of the rubber nanocomposites when the curing temperature was maintainedat 191ÚC. The exfoliated structures have shown high gas permeability. In a project on nano fibres andtextiles, significant progress has been made on encapsulated phase change materials for thermo-regulatedsmart textiles, textile nanofinishes and production of nanofibre web by electrospinning for filtrationapplications. Auto filters based on nanofibre-based filtration media are under industrial trials. In anotherproject, an electrochemical nanofabrication facility has been set up for preparing TiO

2 nanotubes and ZnO

nanorods of different aspect ratios. These materials are important because of their use in photovoltaicdevices. Dye Sensitized Solar Cells (DSSC) have also been fabricated and characterized.

MEGA FACILITIES FOR BASIC RESEARCH

The Mega Facilities for Basic Research programme was launched to either build large researchfacilities in the country or to participate in building and using such facilities abroad to answer some of themost fundamental and significant scientific questions in contemporary science. The nature and scale of suchfacilities make them manifestly multi-agency, multi-institutional and, quite often, international in character.The other distinguishing feature of these facilities is that they are extremely long-term projects.

India’s active participation in experimental programmes at CERN, Geneva continued during the year.Projects were funded, jointly with the Department of Atomic Energy, for taking part in the CMS (CompactMuon Solenoid), ALICE (A Large Ion Collider Experiment) experiments at CERN and in the establishmentof the LHC (Large Hadron Collider) Computing Grid.

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Significant progress was made in defining India’s participation in the FAIR (Facility for Antiprotonand Ion Research) project at Darmstadt in Germany. The R&D and prototyping work advanced for themagnet components and some components of the CBM (Compressed Baryonic Matter) detector. Itemsfor in-kind contribution to the PANDA (Antiproton Annihilations at Darmstadt) and NuSTAR (NuclearStructure, Astrophysics and Reactions with Rare-Isotope-Beams) experiments were also identified.Following the special efforts by DST and DAE, the Electronics Corporation of India also joined thiscollaboration. They identified power converters as their in-kind contribution.

Projects for detector R&D and prototyping for the India-Based Neutrino Observatory (INO) wereformulated by several university groups and submitted for financial support. A project for setting up a twinbeam line at the Elettra Synchrotron Facility at Trieste, Italy for macromolecular crystallography and highpressure physics was submitted for financial support. A Detailed Project Report for India’s participation ina Giant Segmented Mirror Telescope project abroad was also formulated and submitted. Evaluation of thesame is in progress.

NATIONAL GOOD LABORATORY PRACTICE PROGRAMME

Governments and industries all over the world are concerned about safety of humans, animals and theenvironment through use of chemicals (industrial chemicals, pharmaceuticals, veterinary drugs, pesticides,cosmetic products, food additives, feed additives, etc.). Regulatory authorities, the world-over, arecontinuously engaged in determining the level of risks acceptable to the society and elaborate on scientificinputs and technical data to ensure that risks posed by these chemicals do not exceed the contemplatedlevel of risks.

Good Laboratory Practice (GLP) is a quality system, which has been evolved by the member countriesof Organization for Economic Co-operation and Development (OECD), concerned with the organizationalprocess and conditions under which non-clinical health and environmental safety studies on the above-saidchemicals are planned, performed, monitored, recorded, reported and archived. This system helps toensure the quality and integrity of safety data (on chemicals) produced by test facilities. The OECD Principlesof GLP are internationally accepted.

A National Good Laboratory Practice (GLP) Compliance Monitoring Authority was set up in April2002, under the administrative control of DST, with the approval of the Cabinet to help Indian industries toobtain GLP-compliance status for their test facilities, so that data generated by these test facilities is acceptablein the countries of OECD. India, at present, enjoys the status of a Provisional Member of the OECD forthe purpose of GLP, and this membership will end in April, 2012.

Some of the major achievements of the Indian GLP programme are as follows:

• Two new test facilities were granted the GLP-compliance status. These include:

a) NIPER, Mohali

b) Himalaya Drug Company, Bangalore

• One new test facility was re-certified:

a) Zydus Research Centre, Ahmedabad

• Annual Surveillance inspection of following test facilities was done and their GLP-compliance statuswas continued for a period of another year :

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a) IIBAT, Padappai

b) Jai Resarch Foundation, Vapi

c) Dr. Reddy’s Laboratories Limited, Hyderabad

d) Gharda Chemicals Limited, Dombivili

e) Orchid Chemicals and Pharmaceuticals Limited, Chennai

f) Advinus Therapeutics Private Limited, Bangalore

g) Ranbaxy Research Laboratories, Gurgaon

h) Intox Private Limited, Pune

i) Laboratory Animal Research Services, Reliance Life Sciences Private Limited, Navi Mumbai

j) Shriram Institute for Industrial Research, Delhi

• The following training course/ workshop/ symposium were organized and supported by NGCMA,DST in 2009-10 :-

a) Sensitizing Workshop on GLP at INSA, New Delhi on 24 July 2009.

b) Brainstorming for GLP Inspectors at INSA, New Delhi on 11 September 2009.

c) A project on Developing GLP standards on Bio-Medical Devices initiated at Sree Chitra TirunalInstitute of Medical Sciences and Technology, Thiruvananthapuram.

d) One day Pre-Conference Workshop on “Pre-clinical toxicology and ethics in animalexperimentation and GLP” on 4 November 2009 at NIN, Hyderabad.

• OECD carried out the evaluation of the Indian GLP Programme through their Mutual Joint Visit(MJV) during 14-18 February 2010. The MJV team consisted of experts from the GLP authoritiesof Australia and UK.

• Two Indian Inspectors attended the 9th OECD GLP Training Course at Bassel, Switzerland.

• The website of National GLP Programme “www.indiaglp.gov.in” has been re-designed and iscontinuously being updated.

CLIMATE CHANGE PROGRAMME

Under the aegis of the National Action Plan on Climate Change (NAPCC), the Department ofScience & Technology, Ministry of Science & Technology has been entrusted with the responsibility ofcoordinating two National Missions on Climate Change. These are (a) National Mission on SustainingHimalayan Ecosystem and (b) National Mission on Strategic Knowledge for Climate Change.

The National Mission on Sustaining Himalayan Ecosystem (NMSHE) proposes to work towardsinitiating research & development in the relevant areas, taking up appropriate policy measures and timebound action programmes to address sustenance and ecological resilience of the Himalayan region andensure the continued provision of key ecosystem services.

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The National Mission on Strategic Knowledge for Climate Change (NMSKCC) seeks to build avibrant and dynamic knowledge system that would inform and support national action for respondingeffectively to the objective of ecologically sustainable development.

Both the Mission documents have been accorded in-principle approval by the PM’s Council onClimate Change. As per Council’s directives, the Mission documents are being further revised and updated.The actions for obtaining necessary administrative and financial approvals for implementation of the twomissions have been initiated.

Attempts are being made to bring the experts, institutions and research & scientific communities at acommon platform to share their experience and expertise in the key areas of Climate Change. In thisregard, a national level Brainstorming meeting was organized on “Himalayan Climate and Glaciers” at IITDelhi on 15-16February 2010. Over 70 scientists, experts and students from about 25 institutions acrossthe country participated in the meeting. Several short and long term recommendations emerged for furtherimplementation under the NMSHE mission.

Efforts are also being made to identify the knowledge institutions engaged in R&D development andcapacity building relating to above missions.

NATIONAL MISSION ON BAMBOO APPLICATIONS

The objectives of the National Mission on Bamboo Applications (NMBA) are: (i) development andinduction of technologies and value adding processes in the bamboo sector for its sustainable industrialization(ii) income and employment generation in rural/ backward areas in bamboo resource regions (iii) supportfor growth of bamboo industries.

Sustained support to bamboo housing and structures

(i) With NMBA support 20 projects aggregating Rs.5.9 crores were completed with counter-partcontribution of Rs.4.7 crores which is nearly 80% of the project cost.

(ii) National Institute of Fashion Technology campus infrastructure was implemented at Kangra (HP)

(iii) Bamboo classrooms & utilities were erected in about ten colleges attached to Delhi University.

(iv) A new project has been approved for implementation in Arunachal Pradesh to manufacture newjointing technology products developed in Germany.

(v) Two bamboo timber industrial projects have been approved to facilitate indigenous production ofbamboo timber and strand boards, one each in Mizoram and Maharashtra.

New initiatives and ideas

(i) 1600 bamboo poly houses have been successfully implemented in Sikkim.

(ii) Setting up of 1000 bamboo poly houses with Indian patented technology in Himachal Pradesh hasbeen approved.

(iii) Setting up ten Centres for Bamboo Training and Product Development in joint or PPP mode hasbeen approved. The Centres have begun operations in Gujarat and Maharashtra. Centres have beensanctioned in Chattisgarh and Orissa.

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(iv) An international cooperation project with INBAR for design and standardization of bamboo connectiontechnology for whole bamboo structures has been approved. It involves a sustained training component.

(v) Import of German technology (for bamboo jointing) to set up a commercial Export oriented Unit inArunachal Pradesh.

(vi) The concept of industrial bamboo plantation for captive use in bamboo industry is being incorporated.

(vii) Research and development project sanctioned for use of bamboo plastic and bamboo composites inthe proposed car-taxi project in Delhi (collaboration with Argentum Motors)

(viii) Best display award for bamboo pavilion during India International Trade Fair 2009.

(ix) Three bamboo stores in Delhi, Mumbai and Ahmedabad

(ix) Nine promotional films in bamboo released on NET and DVD.

(x) A website has been developed for marketing of bamboo industrial roducts.

Research projects

A total of 11 research projects were sanctioned with a total outlay of Rs.2.5 crores including:

(i) Use of bamboo as Nano Whisker

(ii) Use of bamboo plastic and bamboo composites in car-taxi projects

(iii) Double storey bamboo buildings: structural design and documentation study has been undertakenwith Jadavpur University, West Bengal.

(iv) Studies on economic value addition in various bamboo industry sectors have been undertaken.

(v) CDM (Clean Development Mechanism) study in bamboo structures, gasification and charcoal sectorshas been initiated to tap the potential of Bamboo in the present context of climate change.

(vi) Eco-friendly resin project study has been undertaken with IIT, Delhi for the bamboo board andflooring industry.

Sanction of new bamboo industrial units

(i) A total of 34 projects were approved at a total investment of Rs.46 crores, out of which privateinvestment generation will be Rs.25 crores.

(ii) A bamboo energy project of 1.2 MW has been sanctioned in Madhya Pradesh with a project cost ofRs.5.2 crores which is based on bamboo gasification.

(iii) Two new, ambitious bamboo timber projects (total project cost Rs.29 crores for both; NMBAcontribution Rs. 10 crores) for manufacture of bamboo timber and strand boards have been approved.

INNOVATION CLUSTERS

The scheme aims to create globally competitive research and technology base for cluster developmentat the community level and fostering technology leadership through cluster champions and knowledge-based strategies. The scheme also aims to develop cognitive science cluster for carrying out research in thisspecialised domain.

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Learning from the past work, need was felt to focus on more knowledge intensive clusters with higherscope for innovation. Accordingly, an ICT cluster in the National Capital Region of Delhi and two LifeSciences clusters at Ahmedabad and Hyderabad were selected for targeted interventions. Drawing fromthe promising outcomes of interventions at Samalkha foundry cluster, it was decided to retain and expandthe scope of interventions in the nearby two foundry clusters of Haryana. Achievements in these clustersduring 2009-10 are as follows:

• Mapping of all relevant stakeholders in the ICT cluster of NCR region of Delhi is being done. Asuitable action plan is being drawn to foster innovation and implement it to ensure that at least 5innovations are supported. Besides, at least 5 networks/ institutions or forums would be supported orcreated to enhance their focus of activities towards innovation

• Mapping of stakeholders among Life Science clusters of Ahmedabad and Hyderabad too is beingdone, action plan drawn and activities to strengthen the local eco-systems launched. At least 4innovations are to be supported among different product and service categories.

• Potential gains on bundling of carbon credits will have been ascertained due to technology up-gradationsin Samalkha and adjoining foundry clusters. For the first time 40 enterprises out of a projected 200enterprises have agreed to join hands for collective bundling of 280,000 potential carbon credits overnext 10 years. At least another 40 foundry enterprises among 3 foundry clusters will adopt up-gradedtechnology and practices leading to a saving of another 1500 MTs of coke per annum and 3,750MTs of carbon di-oxide reduction per annum.

• Mutually beneficial linkages with ITI Panipat are being established to develop a modern mini Foundryand to ensure availability of skilled human resources for the cluster.

• Market assessment (Domestic and export) for chaff cutters is being undertaken and at least 2prototypes of chaff cutters and sugar cane crushers will be developed.

Under Cognitive Science Research Initiative, Department provides support for basic science,infrastructure development and human resource development. In addition to this, Department has initiateda new programme of ‘Post Doctoral Fellowship’ in Cognitive Science from this year to encourage youngresearchers to pursue research and make career in this emerging field. This year Department has received24 applications for consideration.

Department is developing two major interdisciplinary programmes under top-down approach, oneon ‘language and cognition’ with 27 PIs and the second on ‘cognitive networks’ with 12 PIs. The firstproject ‘Language and brain organization in normative multilingualism’ addresses the relationship betweenlanguage and cognition as human capacity with a special emphasis on the linguistic and cognitive diversityof India. The other coordinated project on ‘Generativity in cognitive networks’ deals with the study ofmanner in which mental functions emerge from interconnected neural architectures and focused on theintegration of mental functions like emotion, thought and social cognition as well as the evolution of thesefunctions across evolutionary time. Both projects have been sanctioned by the Department.

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GENDER INITIATIVES

Science & Technology for Women

The Science and Technology for Women scheme of the Science for Equity, Empowerment andDevelopment (SEED) Division aims to promote research, development and adaptation of technology toenhance the overall social status of women and augment their contribution S&T development, especiallyin rural areas. Priority areas, with women as specific target groups, have been identified for proper scientific/technical interventions in the existing methodologies for empowerment and sustainable livelihood. CoordinatedProgrammes (AICP’s) have been launched in select technology areas to provide a platform for spread ofsuccessful technology packages to remote parts of the country. The focus of these S&T interventions hasbeen various aspects relating to agriculture (including post harvesting techniques used by women) horticulture,sericulture, aquaculture, indigenous health practices, cultivation of medicinal plants, aromatic grasses,occupational hazards, etc. The following are some of the programmes taken up under the present component:

• Under a project sustainable livelihood options for rural women focus has been on utilization ofunderexploited crop plants in Thrissur district of Kerala covering seven Panchayaths. The project hasbeen conceived and planned with an integrated approach using inputs of agronomy, processingtechnology and extension. The facilities at the Radio Tracer Laboratory under the Kerala AgriculturalUniversity have been utilized for analyzing the nutrient contents of the plants. The selected leafyplants, viz., Boerhaavia diffusa, Cassia tora, Centella asiatica, Curcuma amada andAlternanthera sessilis have been planted in both controlled conditions and in the farmers’ field asintercrops in coconut.

Intercropped situation for sustainable livelihood options: Growing Leafy Plants as intercropswith coconut.

• Himachal Pradesh is an agrarian State and most of its population depends upon agriculture and alliedactivities like horticulture and cattle rearing. However, due to over exploitation, agriculture and relatedactivities have become less lucrative in terms of economic returns. Rejuvenation of soil requires

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Identify potential areas

Based on Geography, generally assess Sanitation Scenario

GeneralInteraction

&VisualSurvey

Assess

General Sanitation Habits- Men, Women & Children

General Lifestyle Existence & Usageof Present Facilities

Needs Assessment based on Geography

Identify Specific Areas/Communities

Identify all factors influencing Community's Sanitation Approach using Sanitation Approach Structure

Investigate Relevance, Significance and Impact of each factor in Structure

GeneralInvestigation/

Direct Interaction/Interaction with

Officials

Analyze Data & Information Gathered

Identify Inputs/Working Constraints to Appropriate Sanitation Design

Evolve Sanitation Design based on Inputs & Constraints

Check acceptabilityamong potential users

Accepted

Not Accepted Revise Design on Feedback

Implement Sanitation Design through Construction

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extensive usage of animal excreta and composting of biomass; these require promotion of cattlerearing on a larger scale. To extend these activities on wider scale in the State, a project has beenimplemented covering 500 women in 8 blocks of five districts. The objective being to achieve qualitymilk production and availability of animal excreta for bioremediation of agriculture soil. The silagemaking technology also demonstrated among the beneficiaries of 3 blocks depending upon theavailability of green fodder after rainy season. Large scale demonstration of silage making usingwaste from the maize crop and cabbage was demonstrated among the beneficiaries and silagedemonstration were taken up using waste of the maize crop and cabbage.

• Technology packages for total rural sanitation for women in coastal and semi-arid village/ householdcluster has been developed and tested by Indian Institute of Science, Bangalore in (i) Vizhinjam as anear-coastal village cluster near Trivandrum, and (ii) Ungra as a semi-arid village cluster near Bangalore.The elements undertaken under this project are: Comprehensive community study/ assessment includingneeds assessment/ evaluation, Interaction with officials to identify work strategy and communityapproach – Panchayat, local NGOs, health officials and doctors, Kudumbasree (family volunteers),TSC/ ICDS, NSS and Religious bodies (Church & Jammat), Extensive documentation of communityhygiene practices and status of living, environment, evaluation and adoption of the ‘SanitationApproach’, Understanding systemic causal relationships between sanitation and hygiene practices,instances of diseases, livelihood, income and family welfare, Comparative analysis to identify state ofsanitation within a community, Identification of appropriate gender specific intervention/ approach inthe provision of improved sanitation facilities.

Major Programmes Implemented

Rural Women’s Technology Park

To consolidate the efforts initiated in earlier phases of the scheme, the concept of setting up ofWomen Technology Parks (WTP) was actualized. These rural WTPs act as windows for providinginformation, creating awareness, giving training for appropriate technologies leading to skill up-gradationand also establish the important forward and backward linkages for income generation through microenterprises for women. Since geographic and agro-climatic aspects are one of the major distinguishingfeatures demanding location specific orientation, these Technology Parks are set up for special terrainssuch as coastal, hill and arid zone. WTPs have been facilitated in Andhra Pradesh, Arunachal Pradesh,Assam, Gujarat, Karnataka, Kerala, Madhya Pradesh, Maharahtra, Orissa, Pondicherry, Rajasthan, TamilNadu, Uttaranchal, and West Bengal. Technology areas, which are addressed in these WTPs, are postharvest processing, soil fertility management, medicinal plant cultivation & semi processing, nurserytechniques, aquaculture and energy besides focusing on drudgery reduction devises and women’s health.

Developing community based approach for prevention and management of anaemia throughnutritional inputs and awareness among young rural women in India

Anaemia remains a major health problem in rural India with more than half of the pregnant women in rural India suffering from iron deficiency anemia. Iron supplementation is being implemented in India forlast two decades. However; compliance in rural areas is far from satisfactory. Creating nutritional awarenessto promote consumption of iron rich foods like Green Leafy Vegetables (GLV) has been felt to be a moremeaningful and long lasting solution. A programme involving interventions of iron rich locally availablefoods through promotion of nutritional knowledge and awareness among young rural mothers was launched

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in the form of a Coordinated Programme on Green Leafy Vegetables (AICP – GLV) involving StateUniversities and Voluntary Organizations at 16 sites in 10 States. The mainstay of this programme issustained awareness generation and continuous monitoring for optimal impact.

Large scale employment generation in coastal India through sustainable utilization of marinebio-resources

Large scale employment generation in Coastal India through sustainable utilization of Marine Bio-resources is being implemented by Universities and Voluntary Organizations through a coordinatedprogramme for establishment of cultivation farms by local SHG’s of fisherwomen population to develop ademonstration farm, harvesting and drying technologies, training and dissemination of the technology fortheir livelihood generation & economic sustainability along various coastal states of India. This programmehas been implemented in coastal regions of Gujarat, Maharashtra, Kerala, Tamil Nadu, Orissa and WestBengal. Over 1000 fisherwomen have benefited from the programme.

National Award for Women’s Development through Application of Science & Technology

SEED Division is implementing an award scheme titled “National Award for Women’s Developmentthrough Application of Science & Technology” under the programme S&T for Women since 2000. Thisaward is being given every year and carries a cash prize of Rs. One lakh for individuals and Rs. Ten lakhsfor institution along with a citation. This award for the year 2008 was given away by Shri Prithviraj Chavan,Honorable Minister of State (IC) Science and Technology on 26 February 2010. The recipients of thisyear’s award were Dr. V. Geethalakshmi, Professor, Agro Climate Research Centre, Tamil Nadu AgriculturalUniversity, Coimbatore; Dr. (Smt.) Rama K. Naik , Director of Instruction (HSc), College of Rural HomeScience, University of Agricultural Sciences, Dharwad under the category of individuals and HimalayanEnvironment Studies and Conservation Organization (HESCO), Village Shuklapur, PO Ambiwala,Dehradun.for their outstanding contribution in the field of economic and social empowerment of women inrural areas through structured radio lessons on health foods nutrition, sanitation, reproductive rights, noncommunicable diseases and reduction of drudgery for women, to the development of a weather basedagro advisory service for the benefit of the farming community creatively using a communication networkof electronic and mass media and towards women empowerment in the Himalayan region through genderspecific S & T interventions, respectively.

Fellowship Scheme for Women Scientists

WOS-A

The ‘Women Scientist Scheme-A (WOS-A)’ of DST is aimed at providing opportunities to womenscientists and technologists for pursuing research in frontier areas of Science and Engineering. A specialprovision has been made under this scheme to encourage those women scientists who have had break intheir careers. It provides a launch pad for them to return to mainstream of Science and work as bench-level scientists.

Since its inception in 2003, the Department has supported 853 projects in different disciplinesTheage-wise distribution of women scientists supported under the Scheme shows that maximum number(approx. 70%) of selected candidates are in the age-group of 35-50 years, which seems to justify its aim.This year 174 projects have been sanctioned this year. During the year, the Department has also monitored162 ongoing projects funded under this Scheme.

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The Department started Sensitization Workshops on Women Scientist Scheme – A (WOS-A) in2007 to popularize it among scientists and technologists in various parts of the country and also to mentorthem. Department has organized Sensitization Workshops at Hyderabad, Gorakhpur, Srinagar, Imphal,Visakhapatnam, and Port Blair.

Analysis of overall performance indicates that these women scientists have contributed more than450 research papers and 30% of the awardees have got employment in universities and national labs– asignificant addition to the scientific workforce of the country.

Department has initiated a special programme “CURIE” (Consolidation of University Research forInnovation and Excellence in Women Universities) in 2009 specifically for the women universities to enhancetheir R&D infrastructure. During the year Four (4) Women Universities have been supported for 3 yearson the basis of their overall performance. These are: Avinashilingam Women University, CoimbatoreBanasthali University, SNDT Women University, Mumbai Sri Padmavati Mahila Visvavidyalayam, Tirupati..This new initiative is expected to make an impact on the quality of research output from these universities.

Fellowship Scheme for Women Scientists for Societal Programmes (WOS-B): The schemefor women scientists for societal programmes (WOS-B) is designed to fulfill various objectives in a challenginginter-disciplinary field for the development of the society. Over 150 women scientists have benefited fromthe scheme since its inception in 2003. During the year 2009, a number of projects on societal importancewere sanctioned to the women scientists, who, somehow, could not continue with mainstream sciencework. The programme attracted these women to re-enter and take up R&D with S&T institutions. Theseprojects were in the areas of agriculture, horticulture, health, environment, pharmaceutical, natural resourcesregeneration, etc.

In one of the projects being implemented in Amda village of Kotra Tehsil of Udaipur District, revealedthat 100% of the households have been using fuel-wood collected from nearby forest. The averagecooking time for tea, Rabari and other meals was 23, 68 and 78 minutes respectively through traditionalChulla, whereas with improved Chulla a net saving of 3, 19 and 31 minutes for the respective items wasachieved. Thermal efficiency was also evaluated with traditional cook stoves and double pot improvedcook stoves, which was found to 9 and 27 percentage respectively. It was also found that 75% of female,60% male were in poor health conditions. Experiments have been conducted which result in fuel-woodsaving, reduced cooking time, less smoke, less drudgery through better design and user friendly Chulla,which can also be maintained easily.

Fellowship Scheme for Creating Self-Employment Opportunities in IPR (WOS-C)

The WOS-C scheme of DST is being coordinated and implemented by the Patent Facilitating Centre(PFC) of TIFAC since its inception in the year 2002. Under this scheme the selected women scientists aretrained for one year in the area of IPR, mainly patents. The training is being carried out at four differentcentres at New Delhi, Chennai, Kharagpur and Pune. 150 women scientists have been trained and 74candidates have successfully cleared the Patent Agent Examination conducted by the Patent Office ofIndia. As a cash incentive for clearing this exam, the women scientists have individually been providedRs.10,000/- each. Most of these women scientists are now well placed and are pursuing their career in thearea of IPR.

The training for the 71 candidates of the fourth batch was completed in April 2009 and training for thefifth batch started on 11 May2009. 83 candidates are attending this training. The sixth batch is expected

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to start the training in May 2010. A written examination of the shortlisted candidates was held on 31January 2010 and 1021 candidates appeared for the examination and 257 candidates have now beencalled for the interview.

Task Force for Women in Science

In December 2005, the Government of India set up a Task Force on Women in Science. DST wasgiven responsibility to provide the necessary support. The Task Force had members representing differentdisciplines of science, institutions and different regions of the country. The mandate of the Task Force wasto recommend appropriate measures to promote and encourage women to take up S&T professions; toformulate a time bound plan of action for these measures; to suggest measures to motivate girls to take upS&T for higher education and develop a scientific temper and awareness; to interact with other scientificdepartments/ organizations on implementation of gender enabling measures; and to consider and recommendother proactive measures to bring about a greater involvement of women in S&T.

The Task Force held meetings in different geographical parts of the country. All the meetings includedinteractions with women scientists, so as to gather information, suggestions and feedback from them. Itfacilitated the setting up of a website, www.indianwomenscientists.in This website now hosts a Directoryof Indian Women Scientists, which is a useful database that can be consulted when choosing speakers forconferences, members of selection committees, etc. It also provides an interactive forum for women scientiststo network and share information.

A book of compilation of achievements of prominent women scientists is being brought out. Suchbooks would serve to inspire young girls to take up science as a career.

A portrayal of gender in school science textbooks was an issue which was addressed by examinationof school text books for adverse portrayals. This was done by the Homi Bhabha Centre for ScienceEducation and Research, Mumbai. An adverse portrayal in such textbooks can reinforce prejudices, whilea positive portrayal could encourage more girls to study science.

Study and Practice of Science by Indian Women – The Current Status:

� Though the percentage of girls studying science in Indian universities has increased since Independence,the ideal fraction of 50% of female students has not been achieved; in fact there is evidence that thepercentage has plateaued at a lower level.

� The percentage of girls studying engineering is even lower than in basic science. The situation in theIITs is particularly dismal.

� Some parts of the country appear to be lagging behind. Gross regional disparities are evident, greatereffort is needed here to increase the percentage of girls studying science.

� There is a drastic drop in the percentage of women, from the doctoral level to the scientist/ facultyposition suggesting a bottleneck at the employment stage, due to recruitment procedures and familyresponsibilities. Focused efforts are needed to identify the sources of this precipitous drop, andcounteract them.

� Another striking observation is the paucity of women at the senior most administrative and policymaking positions in the scientific institutions.

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The report of the Task force for women in science evaluates the present situation for women scientistsin India, attempts to identify the societal and institutional reasons as to why women scientists appear to beat a disadvantage, and suggests some measures that could be taken to improve the situation. The Report ofthe Task Force for Women in Science was released by the Hon’ble Minister of State (IC) for Science &Technology and Earth Sciences at a function held on 27 January 2010 at Vigyan Bhavan, New Delhi.

A Standing Committee has been set up under the Chairmanship of the Hon’ble Minister of State (IC)for Science & Technology and Earth Sciences to formulate guidelines for creating a gender enablingenvironment in S&T institutions and organizations, recommend special measures to ensure growth ofwomen scientists in their professional career keeping in view leadership role they may have to play, considersetting up special cells for women in science in the State S&T Councils and Departments and in S&Tinstitutions and organizations, recommend and approve programmes designed specifically for fosteringutilizing and supporting women in S&T, ensure that organization/ institutions adhere to the principles ofgender justice, monitor periodically implementation of various recommendations of the Government forfacilitating appointment, working and promotion of women scientists in S&T organizations and also generalrecommendations in respect of working women, ensure that complaints of women scientists related to theirworkplace are attended to quickly by their respective organizations, keep the Government informed aboutit’s activities. A Technical Advisory Committee has also been set up to advise the Standing Committee.

FLY ASH UNIT

The focus of Fly Ash Utilization (FAU), DST during the year 2009-10 was primarily on thefollowing :-

• To support & facilitate exploration and development of new technologies/ applications of fly ash aswell as incremental S&T developments in the existing technologies.

• To facilitate adaptation/ large scale application of technologies for large scale utilization/safe managementof fly ash, including scale ups & setting up of demonstration projects, as well as establishing technologytransfer/ facilitation mechanisms including compilation & dissemination of information & technologies.

• To prepare & update standards/specifications etc. for sustainable utilization/ safe management of flyash.

• To provide S&T support & facilitation to other Government Ministries/ Departments/ agencies andto work along with them towards large scale sustainable use/ safe management of fly ash.

The Ongoing projects approved during earlier years totaling to 30 nos. have been facilitated forimplementation including holding of progress review meetings.

7 workshops/seminars on fly ash utilization/safe management have been facilitated/ participated.

Impact Made

The fly ash that was considered as an environment pollutant before start of “Fly Ash Mission” hasnow been accepted as a valuable raw material for many industries. This is by virtue of development ofappropriate technologies for use of fly ash, their demonstration and confidence building that is initiatedand facilitated by DST. The fly ash has now become a tradable commodity. Ministry of Environment &Forests notification of 3/11/2009 has permitted marketing of fly ash that was earlier required to be givenfree of cost (as a statutory requirement) to facilitate of its potential users to use it and develop understanding

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of it’s gainful effects. Current utilization of about 80 Million Tonne fly ash per year out of annual generationof 160 Million Tonne results in economic wealth generation of about Rs.20,000 crore per year, employmentof more than 40,000 person, conservation of mineral resources and reduction in CO2 generation by 300lakh tonne per year.

The Hon’ble Railway Minister has also identified fly ash has a new traffic stream during her RailwayBudget (year 2009-10) speech. The Indian railways has increasing demand for fly ash wagons.

Siberian Fedral District, Russian Federation took a note of developments in fly ash area in India andespecially the impact made by the “Fly Ash Mission”. The Omsk region, delegation on fly ash lead byHonorable Mr. Gorbunov Alexendr Vladimirovich, Minister of Industrial policy, transport andCommunications of Omsk region, Siberian Federal District, Russian Federation with other representativesfrom Siberian Energy Association and JSC TGK #11 visited India during 7-16 September 2009. SiberianFederal Region has expressed their need and desire for co-operation by Indian side to put in place themechanism like “Fly Ash Mission–India” to facilitate development and application of technologies forutilization and safe management of fly ash in Omsk Region as well as in other regions of Siberia in associationwith Siberian Energetic Association, including import of technologies from India.

During the year following 8 new projects were commissioned:

• “Sysnthesis characterization and applications of several catalytic materials based on coal generatedfly ash”, submitted by University of Kota

• “Exploiting fly ash in minimizing herbicide transport in agricultural soils”, submitted by IARI, NewDelhi

• “Investigation on Ash disposal system of a thermal power plant for transporting Bottom ash slurry athigher concentrations”, submitted by IIT, Roorkee

• “Assessment of reclaimed ash ponds and fly ash treated agricultural fields with special emphasis onalteration of metal availability in soil, growth pattern of establishment plants, fate of toxic metalstherein and subsequent changes in microbial diversity” submitted by The Energy and ResourcesInstitute, New Delhi

• “Use of fly ash in raising forestry nursery and forest plantation” submitted by Institute of Minerals &Materials Technology, Bhubaneswar

• “Studies on the influence of fly ash seed pelting on growth and yield parameters in sesame” submittedby Anmnamalai University, Annamalainagar.

• “Confidence building and facilitation of large scale use of fly ash as an ameliorant and nutrient sourcefor enhancing rice productivity and soil health”, submitted by Central Rice Research Institute, Cuttack

• “Technology Development for geopolymer pavement tiles from fly ash”, submitted by NationalMetallurgical Laboratory, Jamshedpur.

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SURVEY OF INDIA

The saga of mapping of the Indian landmass, inch by inch, over grains of sand, to crystals of ice isunparalleled in Indian history – it continues to the present day providing the vital inputs in nation building.Advancements in ICT technologies have made possible the capture, processing, storage and transformationof spatial data, swift and error free. In the areas of production of customized map products and theirdissemination, computers have made a world of difference. Having a very strong human resource base inthe IT sector and with the SOI maintaining the National Topographic Database in the digital mode, Indiastands poised to usher in a flourishing geospatial industry. The Survey of India (SOI), the National Surveyingand Mapping Agency, is a subordinate Department of DST stands committed to nurturing this new industryin all possible ways.

SCIENTIFIC RESEARCH

Antarctica Expedition

Survey of India is contributing significantly towards establishing permanent stations at Antarctica inpursuit of collecting scientific information and observations needed for growth of the region. The mainobjectives of Survey of India in Antarctica are as flows

• Large scale mapping of the Schirmacher Oasis on scale 1:5,000 with contour interval of 5 meters

• Establishment of relative gravity network of 1 km. mesh at Schirmacher Oasis, connecting all GPSstations.

S&T BASED SERVICES, SCIENTIFIC INSTITUTIONS ANDPROFESSIONAL ACADEMIES

NEW STATION SITE LARSEMANN HILLS (ANTARCTICA)

CHAPTER 5

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• Preparation of different gravity anomaly maps of the Schirmacher Oasis region on 1:5,000 scale withcontour interval of 1mgal.

• To monitor the plate movement of the continent with respect to Indian plate.

• Studies for neo-tectonic activities of the Antarctica region.

• Large scale mapping of Larsemann Hills on scale 1:5,000 with contour interval of 5 meters

Achievements

During the 28th Indian Scientific Expedition to Antarctica 2008-09 at Larsemann hills, Large scalemapping on 1:5000 scale with contour interval 5 metre was carried out for an area of 2.41 sq. km. and atSchirmacher Oasis, Large scale mapping on 1:5000 scale with contour interval 5 metre was carried out foran area of 1.44 sq. km. Draft copy of station site Map (Final) on 1:1,000 Scale of Larseman Hills issubmitted to NCAOR, Goa. Preliminary report of the 28th Indian Scientific Expedition has been prepared,computations are in progress and the map for the Larseman Hills area is being digitised.

Human Resources for Indian S&T Advancement

Indian Institute of Surveying & Mapping, the capacity building arm of SOI conducted various trainingprogrammes during the year. The training imparted to departmental officers of various levels and officersnominated by various Scientific/ professional organizations. 34 Basic/Scheduled courses including 5 Advancecourses were conducted during the year and 530 trainees underwent such courses. 398 officers nominatedby various Scientific/professional organizations and 27 Engineering students participated in 20 specialcourses. 24 foreign nationals sponsored by the Royal Government of Bhutan and 5 sponsored by Omanwere among those attended the scheduled courses.

Technology Development Programmes

Dual Map Series

Survey of India generates two series of maps – Defence Series Maps (DSMs) meant for Defenceand the Open Series Maps (OSMs) for public use.

Defence Series Maps (DSMs) - Topographical maps for the entire country on WGS-84 datumand polyconic projection on 1:50,000 Scale with heights, contours and full content by departmental staffonly.

Open Series Maps (OSMs) - Topographical maps for the entire country on WGS-84 datum andUTM projection on 1:50,000 scale from updated digital data base and patterning of digital data forpublishing maps by departmental staff and as well as through out- sourcing.

Achievements

1. 1:50,000 scale topographic data.

a) Completed updation of digital data base pertaining to 4,267 sheets from field verified data.Field updation of map data has been completed for 4507 sheets.

b) Transformation of 4200 sheets, Patterning of 2303 sheets and printing of 850 sheets fromupdated digital data base on 1:50,000 scale pertaining to OSM have been completed.

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c) Transformation of 3150 sheets, Patterning of 1632 sheets and printing of 250 sheets fromupdated digital data base on 1:50,000 scale pertaining to DSM have been completed.

2. 1:25,000 scale topographic data.

Digital Data generation is under progress as mentioned below:

Total sheets on 1:25,000 scale = 19,390

Sheets surveyed so far = 12,207

Sheets published in hard copy form = 7,874

Sheets digitised so far (in soft copy form) = 5400

Tidal Data

Survey of India maintains a series of tidal observatories located all along Indian Coast and Islands.Tidal data generated through tide gauges installed in tidal observatories is quality controlled and then usedfor upgradation of Harmonic constituents. These in turn are used for tidal predictions and are brought outin the form of Indian Tide Table.

Achievements

Tidal observations are carried out on regular basis for tidal predictions. Survey of India has contributedin establishing Tsunami Early Warning System. Under the project, “Modernisation of Indian Tide Gauge

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Network” 25 tidal observatories located along Indian Coast and islands have been upgraded by installingdigital tide gauges co-located with GPS receivers. Data is received at National Tidal Data Centre /National GPS Data Centre in Real time through dedicated VSAT network.

Redefinition of Indian Vertical Datum

A project of National importance on Redefinition of Indian Vertical Datum is being implemented thatis completely based on scientific principles at par with the international standards i.e. Geo-potential numbersand caters to the needs of planners as well as development projects of the country. The project wasplanned and carried out keeping in mind the following main objectives: provide dense network of preciseBenchmarks which will have their Geo-potential number, Orthometric heights and gravity values. Establishingconnection of these BMs to all the Tide Gauge Bench Mark so that sea level variation studies can becarried out. These BMs will be used in further densification all over the country and to provide height to theGround Control Points (GCPs).

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Achievements

Phase-I

High precision leveling (Fore and Back direction) about 45775 lin. km. and gravity observation alongH.P. leveling line on 3282 station has been completed. Preparation of data set for High precision levelingnetwork adjustment has been completed. Network adjustment of the junction point BMs of mainframe hasalso been completed. Scrutiny of description of BMs and adjustment of individual BM is under progress.

Phase –II

HP Levelling work for densification is under progress. HP leveling in Fore direction -2668 lin. km.and 1751 lin. km. in Back direction has been completed so far.

National Standardised Control Framework

Survey of India has taken up the task of establishing a network of well spread standard groundcontrol points throughout the country to enable state cadastral department besides other agencies engaged

SCHEME OF THE PROJECT

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in generating geo-spatial information to carry out their job in a national geodetic reference system. Thistask will be carried out in three phases. The first phase envisages the establishment of 300 high precisionGround Control Points (GCPs) at a spacing of 250-300 km apart. In the second phase, the responsibilitywill be to densify it with 2200 precision Ground Control Points at a spacing of 30 to 40 km apart and inthe last phase, it will be further densified to 65,000 GCPs.

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Achievement

300 Ground Control Points (GCPs) covering the entire country have already been completed in 1st

phase. Densification of first order network at a spacing of 30 to 40 km. apart is under progress. Reece/Site selection of 1774 points, construction of 1533 pillars and GPS observation at 418 stations have beencompleted so far.

International Science And Technology Cooperation

Survey of India is running the courses for Permanent Committee on GIS & Infrastructure for AsiaPacific (PCGIAP) Region in GIS for establishment of Spatial Data Infrastructure (SDI) at Indian Instituteof Surveying & Mapping . Survey teams from Geodetic & Research Branch of Survey of India are sent toBhutan for imparting Gravity & Geo Magnetic Survey on the job training to Bhutanese survey officersunder Govt. of India, Ministry of External Affairs approved Project “Technology Transfer and In-houseCapacity Building in Gravity and Magnetic Survey Work” for the Royal Govt. of Bhutan.

National Science and Technology Management Information Systems

Urban Mapping for NUIS

The objective of the project is to develop attribute as well as spatial data base for various levels ofurban planning and decision support to meet requirements of urban planning and management. Survey ofIndia in collaboration with Ministry of Urban Development has taken up the work to generate and supplythe geo-spatial data required for the project.

Databases to be developed at two levels on 1:10,000 scale GIS database for Development/ MasterPlan for 152 selected towns using remote sensing satellite imagery and on 1:2,000 scale GIS database fordetailed town planning schemes using high resolution remotely sensed data sources (Aerial Photographs)for the same 152 selected towns. On 1,000 scale Utility Maps derived from the 1:2,000 base maps, for 22towns to be undertaken using Ground Profiling/Penetrating Radar (GPR) technology.

Geo-referenced Satellite Imagery of Gwalior City for Thematic MappingMERGE PRODUCT (2.5 RESOLUTION) OF P5 (2.5 RESOLUTION) & P6 (5.8 RESOLUTION)

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Achievement

- Databases on 1:10,000 scale - Satellite Imagery collected and Geo-referenced for all 152 towns,Thematic Mapping completed for 55 towns and mapping under progress for rest of the towns.

- Databases on 1:2,000 scale -Aerial Photography completed for 87 towns, Mapping completed for 9towns and under progress for rest of the towns

- Databases on 1:1,000 scale (GPR Survey) -Firm has been identified for assignment of the job.

Projects of NIC

Information and accurate data is an essential pre-requisite for framing the policy. One of the importantingredients of proper planning is the availability of data so that it may act as a catalyst in the decision makingprocess. In this background, Planning Commission has conceptualized various projects through NationalInformatics Centre (NIC) and Survey of India has to generate and supply the required data through NIC.

a) Geo-referencing & Feature Extraction from IRS PAN Imageryb) Supply of Georeferenced High Resolution Satellite Imagery of 580 Townsc) Supply of Village Boundary Datad) GPS/ETS Survey of Kavaratti for Cadastral mappinge) Computer Aided Digital Mapping (3D–GIS) of Mumbai, Chennai and Ahmadabadf) Supply of 50K Data

Sample Digital Base Map (3D–GIS)

Achievement

Georeferencing & Feature Extraction From Pan Imagery: The IRS PAN imagery as and whenreceived from NIC was geo-referenced along with limited feature extraction data on 1:50,000 scale andsupplied to NIC.

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Supply Of Georeferenced High Resolution Satellite Imagery Of 580 Towns: Geo-referenced highresolution satellite Imagery data pertaining to 559 towns has been supplied to NIC and confirmation forfresh imagery awaited from NIC in respect of 21 towns.

Supply of Village Boundary Data:The village boundary of each village was surveyed in the field andconverted in digital form. Attributes are attached to each village and compiled district wise. Data pertainingto almost all districts has been supplied to NIC.

GPS/ETS Survey of Kavaratti for Cadastral mapping: Job completed and data supplied to NIC.

Computer Aided Digital Mapping (3D–GIS) of Mumbai, Chennai and Ahmadabad: - Feature extractionalong with attribute data collection, 3D data validation and field attribute attachment to geo-coded datahas been completed and data supplied to NIC.

Supply of 50K Data: Supplied digital data on 1:50,000 scale pertaining to 4670 sheets to NIC.

Delhi State Spatial Data Infrastructure (DSSDI ) Project

Survey of India has signed an MOU with Govt. of National Capital Territory of Delhi to create LandInformation System and central data base for all Govt. Department of GNCTD and 3D GIS solutionincluding generation of large scale base map which has the following work scheduled:

- Extension of framework control, Aerial Triangulation, DEM generation and preparation of Ortho-photo.

- System design, data modeling, system integration and operations.- Primary data capture and creation of comprehensive LIS and UIS.- Generation of 3D Pictorial GIS for entire NCTD.

PROPERTY GIS CONCEPT

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Achievement

Extension of framework control, Aerial Triangulation, DEM generation and preparation of Orthophoto has been completed. Installation, Testing, Integration and operationalisation of 2 main control centres,1 monitoring centre is completed and work is in progress for installation of equipments at remaining 9centres. Delhi Geo Portal for DSSDI project is completed.

3D Feature extraction, Ground validation over ground utility survey & creation of topographicaldatabase has been completed. Property survey for property GIS, linking of property data with the buildingsand Utility Mapping (Underground) is likely to be completed soon. 3D Topology generation completed forall 9 districts (1424 sq.km.) accept restricted area.

GIS Based Mapping of Cities/Towns

Registrar General of India (RGI) has taken up a project with Survey of India to prepare GIS baseddigital map of each capital city as preparatory to 2011 Census. Survey of India has to supply printouts ofsatellite imageries in 1:4,000 scale or higher scale for capital cities. RGI draws the ward boundaries on thesatellite imageries and collect information from the field with the help of local municipalities in the prescribedformat. SOI prepared the ward maps in digital format containing the ID of the house in PAT file (as keyfield) and after linking the attribute data hand over the soft copy and hard copy to ORGI for demarcatingCEBs for use in 2010 Census.

SAMPLE WARD MAP OF GUWAHATI CITY

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Achievement

Survey of India has supplied high resolution satellite imageries of 22 capital cities to RGI for drawingward boundaries and collection of requisite information from field. Survey of India has also completeddigitisation of 650 wards so far.

Science and Technology Programmes for Socio – Economic Development

Topographical activities:

(a) Control Work:• Traverse 864 linear km• Levelling 1,023 linear km

(b) Surveys:

• Boundary demarcation (Indo-Pak) 86 linear km• Boundary demarcation (Indo-Bangladesh) 4820 linear km• Joint demarcation /relocation of missing / 109 pillars

Damaged boundary pillars (India – Bhutan)• Verification surveys for IAF 10 Airports

(c) Fair Mapping:

• Topographical (post field updation) 250 sheets• Digital Mapping (DCDB for OSM) 1082 sheets

on 1:50,000 scale• Digital Mapping (DCDB for DSM) 1632 sheets

on 1:50,000 scale

(d) Printing:

• Printing of various types of maps 1075 Maps

Digitisation and creation of Digital Cartographic databases

• Departmental maps on various scales 400 Maps on 1:25,000 scale• Extra Departmental maps on various scales 100 Project maps

Geodetic and Geophysical surveys:

a) Geodetic surveys for monitoring of progress of various developmental projects are in progress.

b) During the year, carried out the following tasks:

• GPS observations 450 stations• Precision Levelling 1751 linear km• EDM Traverse 50 linear km• Gravity observations 3282 stations• Installation of Tide Gauges 25 stations

Science and Technology Based Services

The following projects based on latest available technologies have been taken up.

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Hydro- Electric Projects:

Large scale survey with provision of precise height and planimetric controls for planning of variousHydro-Electric Projects at different places have been taken up.

Uhl H. E. Project (Himachal Pradesh): Checking of Tunnel Alignment and Supply of Control data(Coordinates and BMs Hts.). Work completed in all respect and data has been supplied.

Renuka Dam Project (Himachal Pradesh): Supply of control data (Coordinates, BMs &Hts,) &mapping on 1:500 and 1:2,500 scale. Work completed in all respect and data has been supplied.

Sone River Flood Management & Integrated Land Development Survey (Himachal Pradesh): Supplyof Control data (Coordinates, BMs &Hts,) & mapping on 1:10,00 scale. Work completed in all respectand data has been supplied.

Rampur HE Project (Himachal Pradesh): Checking of Tunnel Alignment and Supply of Controldata(Coordinates and BMs Hts.). Work completed in all respect and data has been supplied.

Sainj HE Project (Himachal Pradesh): Supply of control data (Coordinates, BMs &Hts.). Workcompleted in all respect and data has been supplied.

Loharinag-Pala H.E. Project (Uttrakhand): Supply of control data (coordinates and BMs &Hts.).Work completed in all respect and data has been supplied.

Tawang Basin Project (Arunachal Pradesh): Provision of Ground Control & Detail Survey on 1:5,000scale with contour interval 5 meters in 16.5 sq. km. area for NHPC Ltd. Field work and digitizationcompleted in all respect. Data sent to GSGS for security clearance.

Punatsangchhu HE Project (Bhutan) : Work completed in all respect.

Nirmala Nagara Project & Karnataka Municipal Reforms Project

Digitisation and Integration of wards maps of Nirmala Nagara Project: Wards integration matchedfor 1243 wards and 1600 wards has been digitized.

Preparation & digitization of block maps of KMR Project: Base map prepared for 1076 Sheets and993 Blocks has been digitized.

NATIONAL ATLAS & THEMATIC MAPPING ORGANISATION

National Atlas and Thematic Mapping Organization (NATMO) is a subordinate office under theadministrative control of DST. The organization has a total strength of 400 which includes a large numberof qualified professional geographers and Cartographers. It is a premier organization in the field of preparationof thematic maps.

The main objective of organization is to help the planners to use maps as development tools forresource mobilization at grassroots level. State Atlases help in a big way for better planning when resourcedatabase is available in Atlas form. Historical & cultural heritage atlases are the comprehensive cartographicrecord of historical and cultural heritage of India. Atlases for even visually impaired are being prepared toassist the blind persons to appreciate physical, cultural and socio economic aspects. Electronic Atlas ofIndia will facilitate its users in different aspects of India as depicted in National Atlas in digital format.Golden Map Service covering whole of India is being prepared to provide village level information for anysorts of planning and developmental works. Target and Achievement for the Year 2009 -10 are given in theTable below:

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TARGET AND ACHIEVEMENT FOR THE YEAR 2009 -10

PROGRAMME Target 2009-10 Achievements 2009-10By no. of maps By no. of maps

a. DPMS (Revision) 6 maps 6 mapsb. State Atlas of Bihar 4 maps 4 mapsc. State Atlas of M.P. 5 maps 5 mapsd. Special map 4 maps 4 mapse. School Atlas for visually impaired 6 maps 6 maps

(English) to be continued as perTIFAC (DST) Programmed on regular basis.

f. School Atlas for visually impaired in 5 maps 5 mapsAssamese (to be continued on regular basis

g. Electronic Atlas of India 10 maps 10 mapsh. Golden map Service 10 Scenes 10 scenesi. Punjab State Atlas 5 maps 5 mapsj. Re-printing of National Atlas Maps 6 maps 6 maps

Key Achievements

In July 2009, a team from Geo-informatics and Space Technology Development Agency (GISTDA),Ministry of Science and Technology, Government of Thailand visited NATMO to explore the possibility oftraining of their scientists in atlas, thematic and web cartography.

NATMO has organized a conference of Indian National Cartographic Association (INCA) in themonth of November 2009. The prominent geographers and cartographers from different parts of thecountry have participated the conference and presented academic papers.

NATMO has been given the responsibility by NDMA to prepare DPR for 1:10,000 & 1:2,000 scalemapping.

Research, Development and Training

Regular activities on research and development is a continuing job and NATMO has done its sharefor the period successfully. In house training in thematic cartography, photogramatary, remote sensing andGIS has been taken up as and when necessary.

Other activities

Several NATMO officials actively participated in many national and international conferences andseminars.

NATMO Participated in regional, national and international exhibitions, book fairs to popularize theutility of the maps, atlases and database of NATMO.

Database creation through GIS is in progress as an ongoing job.

NATMO maps in electronic media are an ongoing project and are also done during this period.

Scanning, plotting as a part of extra departmental activity is also done for generating revenues.

As envisaged in the TIFAC, DST activity maps and Atlases for visually Impaired in regional languageshave been initiated during this period in Bengali.

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AGHARKAR RESEARCH INSTITUTE

Agharkar Research Institute of the Maharashtra Association for the Cultivation of Science is engagedin research in Life Sciences focusing on Microbial Sciences, Plant Sciences, and Animal Sciences with thetargets of developing microbial processes, nanobiomaterials, genetic crop improvement, prevention ofanemia, biodiversity studies, natural product chemistry, developmental biology and palaeobiology andpalaeoenvironment. The research achievements of the institute are given here

Microbial processes

Production of biodegradable plastics byHalomonas sp.

Moderately halophilic and alkali-tolerant strainof Halomonas sp. was used to producepolyhydroxyalkanoate (PHA). The polymer producedwas found to be a biodegradable copolymer of PHB-co-PHV having molecular weight in the range of 106.A film could be drawn from the polymer by solutioncasting technique. A joint Indian patent, application no.1438/DEL/2008 is filed with Department ofBiotechnology.

Nanobioscience

Award winning nanobiotechnology

ì Spore - a new biomimetic technology for very long term preservation of DNA in nanoporousmicrocapsules of sporopollenin (a polymer from pollen grains) was standardized and patented

Biodegradability testing of PHA film formed by Halomonassp. by soil burial method in soil containing 25% moisture.Intact PHA film (Left), PHA film degraded after 1 month(Centre), PHA film degraded after 2 months (Right)

Prabhakar Kulkarni, PhD student won India Innovation PioneersChallenge 2009 for ‘µSpore DNA preservation technology’

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Crop improvement

New Wheat Varieties MACS 6222 and MACS 6273

MACS 6222: highest yielding, early maturing, high test weight, highly resistant to black and brownrusts, ranked first and was significantly superior to best check NIAW 917 (5.4%) followed by Raj 4037(8.0%)

MACS 6273 has shown superior and stable yielding ability under timely sown irrigated conditionswith 4% to 6.4% yield advantage over the best checks NIAW 917 and Raj 4037 respectively. Best inquality attributes viz., highest grain hardness index (82), sedimentation volume (46 ml), grain protein content(12.9%), wet gluten content (35%) and dry gluten content (11.8%) than all the checks and qualifyingentries. It possesses higher levels of tolerance against leaf rust as its maximum score under artificial conditionsnever exceeded 20S in all the three years of testing.

Potential additional economic benefit to the farmers due to these varieties is to the tune of Rs.500crores per annum

MACS 6222 MACS 6273

Mapping Quantitative Trait Loci (QTL) for yellow pigment content

The major QTL explaining upto 55.22% of the variation in the trait, QYp.macs-7AL, was located onthe distal part of the long arm of chromosome 7A. Two markers linked to a major QTL on 7AL wereidentified and subsequently converted to SCAR markers namely Xscar807 and Xscar3362. These markerswere also validated in diverse genetic backgrounds for their effective use in Marker Assisted Selection(MAS).

Mapping QTLs for gluten strength

Glu-B1 and Glu-B2 loci were also associated with gluten strength in durum wheat

Locus QSv.macs-1B.1 flanked by marker interval Xgwm550 - Glu-B3 was identified at LOD e”4.19 in all the five environments and explained 9.18% to 40.66% of phenotypic variance in SDSS volume,also associated with many mixographic parameters

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Soybean oil quality improvements

Molecular characterization of mutants with altered fatty acid composition: a) Isolation of microsomalomega-6 desaturase genes i.e. FAD2-1, FAD2-2, b) Gene expression studies in mutants with respect togenes in fatty acid biosynthesis

Human Nutrition in Health & Disease

Intervention studies - Prevention of anemia

A sustainable approach for reducing anemia in rural mothers is to increase nutritional knowledge andawareness about iron rich foods through social actions

Micronutrients and antioxidants in health and disease

Oxidative stress is caused due to increased production of free radicals in our body. Fruits like bel-fruit, purple grapes and amla and vegetables like bitter gourd showed high antioxidant activity. Folic acidinhibited liver zinc metabolism in a dose-dependent manner as seen through cell-culture and animalexperiments, indicating caution in its supplementation.

Biodiversity

Plant biodiversity and bioprospecting

A network project for digitized inventory of medicinal plants of Maharashtra was initiated involving14 collaborators covering all districts. Germplasm of non-edible oil seeds collected from various States ofIndia were maintained at ARI farm for cultivation studies. Quick authentication keys for 206 plant partswere completed for pharmaceutical purpose. Significant anti-fertility and topical anti-inflammatory activityof Lawsone was recorded in Swiss albino mice. Eco-floristic studies, germplasm studies and ex-situconservation of Safed musali complex (Chlorophytum spp.) was completed. Pharmacognostic evaluationof potential species of this complex has been completed. Work on seed and seedling studies on high valuedmedicinal plants was initiated.

Fungal biodiversity

Lichen flora of Karnataka

151 species of lichens of Karnataka were identified

Monographic studies of the lichen family Graphidaceae

Species documented 63

Species described as new 23

New combinations proposed 5

Genera recorded for the first time from India 6

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Archaeal diversity of Andaman islands

No Source Eztaxon identification (Type strains) % Homology*

1 Baratang # Methanoculleus palmolei DSM 4273 82.72%

2 Baratang # Methanosaeta harundinacea 8Ac 81.53%

3 Baratang # Methanosarcina vacuolata Z-761 81.50%

4 Kattan # Methanosarcina lacustris ZS 82.14%

5 Kattan # Methanococcoides alaskense AK-5 82.33%

6 Kattan # Archaeoglobus fulgidus VC-16 80.30%

7 Kattan # Methanomethylovorans thermophila L2FAW 80.88%

8 Kattan # Methanohalobium evestigatum Z-7303 80.25%

9 Mangrove # Methanoculleus submarinus OCM 780 83.04%

10 Radhanagari Beach Haloferax alexandrinus(Extremely Halophilic- 97 %Sand sample Optimum 25% NaCl)

# Mud volcano sample, *<97% homology with reference sequences in GenBank database indicates novel species Aerobic,extremely halophilic archaeon Haloferax alexandrinus is found to grow at 25 % NaCl concentration and produce PHA, andexopolysaccharide.

Natural product chemistry

Publication of Indian Medicinal plant Monographs by Indian Council of Medical Research

Acanthus ilicifolius Linn. - Leaves (Marandi)

Ailanthus triphysa (Dennst.) Alston - Stem bark (Guggula-dhup)

Anisomeles malabarica (Linn.) R. Br. ex Sims - Aerial parts (Chodhara)

Aphanamixis polystachya (Wall.) Parker - Stem bark (Rohido)

Bixa orellana Linn. - Seeds (Shendri)

Cardiospermum halicacabum Linn. - Whole plant (Kaphuti)

Datura metel Linn. - Leaves, Seeds (Kala-Dhotra)

Jasminum auriculatum Vahl - Flowers, Leaves (Jui)

Rhizophora mucronata Lamk. - Stem bark (Kandal)

Plant products

Chemical constitution of essential oil of Swertia densifolia leaf was identified, and used as honeybeerepellent. This is first report

Semiochemicals of honeybees

Repellent formulations for Indian honeybees were developed Honeybee attractant formulationsimproved the efficiency of pollination in sunflower Isolation of 30 markers of medicinal plants were completed,monograph was submitted to ICMR.

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Developmental biology

Developmental biology and stem cell biology

Noggin gene is required for the formation of nervous system in vertebrates we have cloned, for thefirst time, noggin gene from hydra. Since hydra shows an organized nervous system for the first time inanimal evolution, this finding will provide us with important evolutionary insights by expressing hydra nogginin frog embryos, we have demonstrated the functional conservation of this gene in animals. The findings

show that molecular regulation of nervous system formation that began in hydra is conserved in vertebratesincluding humans

Paleobiology and paleoenvironment

Study of fossil mollusca from the Tertiary sediments of Kutch and Kathiawar resulted in identifyingexistence of a Lower Miocene Palaeozoogeographic Province and a migratory Route during Lower Miocenetimes.

ARYABHATTA RESEARCH INSTITUTE OF OBSERVATIONAL SCIENCES

Aryabhatta Research Institute Of Observational Sciences (ARIES) continued to make importantscientific contributions in different front-line problems of astronomy & astrophysics and atmospheric scienceswith great zeal and ebullience. Fundamental studies were conducted in the field of Astronomy/Astrophysicsand Atmospheric Sciences, which include studies of aerosols, trace gases, solar activities, variable stars,star clusters, gamma-ray burst and supernova, extragalactic astronomy, etc. The major developments andacademic activities carried out are summarized below:

3.6-m Devasthal Optical Telescope (DOT) Project activities are going on in full swing. The activitiesinclude design and construction of a 3.6 meter aperture optical telescope; back-end instruments, an enclosureto house the telescope, an aluminizing plant to coat the mirrors, and an auxiliary building to house thealuminizing plant, instruments and other telescope related accessories. Several scheduled activities vizcritical design review of telescope design; acceptance of primary mirror zerodur blank at Schott Germany;award of contract and final design review of telescope enclosure and auxiliary building were successfullycompleted during the past one-year. The 5-year contract to design and build the telescope will complete 3years in April 2010 and the progress during last one year has been as per the scheduled milestones in thecontract. The critical design review (CDR) of the DOT has been done. After detailed discussions andreview by an expert committee the CDR-stage has now been completed. A Pune based firm has beenawarded a contract for design and consultancy services of the telescope enclosure and auxiliary building.A critical review of the telescope enclosure design proposed by PPS has been carried out by an expertcommittee. Design requirements and road map for the successful completion of the faint object spectrograph,camera and polarimeter are being prepared.

The building for 1.3-m telescope (including the telescope pier and roll-off roof) has been completed.Power supply, road connectivity and network connectivity have also been provided to the building. The

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telescope house is ready for the installation of the telescope well before the arrival schedule of the telescopeprojected by DFM.

Building construction of the high altitude Lidar has been completed. Integration of different Lidarcomponents is in progress. Major activity is optical alignment, which is being done.

Preliminary Design Reviews (PDR) of ST Radar is completed and design of ST radar has beenfrozen. It will have array of 588 Yagis of 3 elements in a circular aperture. These will be setup on the roof-top of building, which would be the first attempt in the world. The construction of building is going to beinitiated soon. The T/R modules will be installed in-house. It is visualized that first batch of antenna and T/R modules will be ready soon. This proposed radar will provide continuous observations of winds withvery high vertical resolution and measurements can be made in all kinds of weather.

An environmental observatory has been set up at ARIES, Nainital recently. This site will be part ofthree Indian background stations planned by ISRO. Apart from observations of trace gases, a completesetup for carrying out zero and span of different gases has been arranged. Importantly, these instrumentsare capable of measurement at very low levels (pptv).

The construction work of the Guest house ‘Ashwini’ and Optics Laboratory is complete. The studenthostel ‘Rohini’ is partially completed and some of the rooms have been allotted to research students.

The Computer Centre is being upgraded further to provide facilities for high performance computing.To meet the ever increasing demand of bandwidth, the institute has procured a dedicated 10 Mbps leasedline.

Academic staff members continued to pursue vigoursly their research in their respective fields. Majorparts of the scientific research of the Institute were published in scientific journals of international repute(e.g. Nature, Astrophysical Journal). Fifty four papers were published/accepted in refereed journals, andanother eight were published as circulars and conference proceedings. Three Ph.D. theses have beenawarded and another two have been submitted. Academic and technical interactions with various institutionsand universities were continued. Following are the major scientific results:

(i) It is found that the masses of the most massive stars associated with the cometary globules (CGs) arecorrelated with the masses of the parent cloud but they are systematically larger than expected formolecular clouds of similar masses from the relation M

max-star =0.33M

cl0.43.

(ii) The global distribution of young stellar objects in HII regions clearly shows the evidence that a seriesof radiation-driven implosion processes proceeded in the past from near the central O star(s) towardsthe peripheries of the HII regions.

(iii) An extended X-ray emission in the cluster region NGC 7419 indicates the presence of ~288 T Tauristars in the cluster region.

(iv) The BVR polarimetric study of the cool active star LO Pegasi (LO Peg) is presented for the first time.LO Peg was found to be highly polarized among the cool active stars. It is suggested that the level ofpolarization observed in LO Peg could be the result of scattering of an anisotropic stellar radiationfield by an optically thin circumstellar envelope or by scattering of the stellar radiation by prominence-like structures.

(v) The presence of supernova signature in long-duration GRB afterglows has further strengthened thefact that the collapse of a massive star gives rise to long-duration GRBs.

(vi) A possible correlated variability between X-ray and J band (1.25 µ) near infrared (NIR) wavelengthhas been obtained. This is the first case of X-ray and NIR correlated variability in Mrk 421 or anyhigh energy peaked blazar. The correlated variability indicates a similar origin for the NIR and X-rayemissions.

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(vii) The multiple sausage oscillations have been observed for the first time in the cool post flare loop.(viii) Influence of the dust transport from Thar Desert to the Central Himalayan region was shown for the

first time. This region is shown to be generally much less polluted and the photochemical ozoneproduction is not significant, except during events of long-range transport and fires.

The Institute organized India-South Africa workshop on Astronomy to strengthen the scientificcollaboration between the two countries. A summer school on introductory Astronomy, Astrophysics andAtmospheric sciences was held for M. Sc. (Physics) students which aimed at introducing fundamentals ofthe subjects to motivate them for basic research.

The Institute has a vibrant graduate studies programme with more than twenty research students. Theinstitute continued to host a variety of programmes for man-power development through (i) research andengineer trainee programmes, (ii) projects as part of academic course work, (iii) visits of students and stafffrom other institutions, and (iv) summer project student programme.

Several public outreach activities took place during the year including National Science Day whichhad several exhibitions, talks and viewing of the night sky. ARIES executed a project to set-up an eleveninch diameter optical telescope at St. Joselph’s College, Nainital for educational purpose. This project wasfunded under MPLAD scheme of Dr. K. Kasturirangan, Honorable Member of Parliament.

A number of scientists and engineers of the Institute participated in national and international conferences/workshops/colloquia with invited and/or contributed presentations.

A number of young and meritorious scientists and engineers have joined ARIES. ARIES facultymembers are actively collaborating with scientists and engineers of other institutes in India and abroad. Thecontinued developments in infrastructure and academic activities at the Institute indicate bright future of theInstitute.

Spatial distribution of Class 0/I sources (green circles)and Class II sources (pink circles) in the BRCs 13 and

14 region identified in the Spitzer/IRAC data.

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Assembly and testing of 50-cm B-N Schmidt telescope at M/s Pedvak, Hyderabad.

Foundation stone laying of 3.6-meter Devasthal Optical Telescope House by

Dr. T. Ramasami, Secretary, DST, Govt. of India on September 06, 2008.

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BIRBAL SAHNI INSTITUTE OF PALAEOBOTANY

Areas of Research Focus of Birbal Sahni Institute of Palaeobotany, Lucknow are as follows:

The Institute is working with the following aims and objectives:

• To develop Palaeobotany in all its botanical and geological aspects

• To constantly update data for interaction with allied disciplines

• To co-ordinate with other palaeobotanical and geological research centers in the areas of mutualinterest, such as diversification of early life, exploration of fossil fuels, vegetational dynamics, climaticmodeling, conservation of forests, and

• To disseminate palaeobotanical knowledge in universities, educational institutions and otherorganisations.

Institute is carrying out significant work on fundamental and applied aspects of the Palaeobotany.This is the only centre in the world where Palaeobotanical researches are being conducted right fromArchaean to Recent in age ranging from 3200 my to 400 AD which includes the archaeobotany and treering analysis for the evaluation of climate change.

The Institute is devoted to develop both fundamental as well as applied aspects of Palaeobotany, forits future growth in the right direction, by adopting an integrated and multidisciplinary approach, coordinatingwith other national and international knowledge centers of mutual interest.

For further improvement of Institute’s Publication profile and also for the establishment of its value asa science useful for society, several steps have been taken through participation in meetings, seminars,conferences and having collaborative scientific programmes.

Scientific Collaborations

International Collaborations

• Institute of Botany, Chinese Academy of Sciences, Beijing, China: Cenozoic vegetation and climatechanges in China and India and their response to the Himalayan uplift.

• Institute of Geosciences, University of Sao Paulo and Guarulhos, Brazil: Palaeobotanical studies onIndian and Brazilian sedimentary basins.

• Initiation of collaboration with University of Texas, USA for the study of Antarctic Gondwana plantfossils.

National Collaborations

• Wadia Institute of Himalayan Geology, Dehradun: Precambrian palaeobiology (Early Life), Floristics& biostratigraphy of palaeozoic-Cenozoic successions and Quaternary palaeoclimate of Himalayanregion.

• Geological Survey of India (Coal Wing), Kolkata: Palynology, floristics and coal petrographyof selectedlower Gondwana Coal basins.

• Delta Studies Institute, Vishakapatnam: Quaternary palynology and palaeoclimate of K-G Delta.

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• National Institute of Oceanography, Goa: Palaeoclimate of marine and coastal areas.

• National Centre for Antarctic and Ocean Research, Goa: Multidisciplinary integrated study onAntarctica, Arctic and southern ocean palaeoclimate based on palynology, palynofacies,phytoplankton, clay mineralogy & rock magnetism of lake and marine sediments.

Assistance to Industry

Keshava Deva Malaviya Institute of Petroleum Exploration (Oil and Natural Gas Corporation,Dehradun): Palaeobiological studies from the Ganga Basin and their biostratigraphic correlation with Tertiarytype section of Garhwal Himalaya revealed some significant results that give lead to Hydrocarbon ExplorationResearch in the Ganga Basin. Technical Report is under submission to ONGC.

Conferences Organized

The Institute recently organized two thematic conferences:

• “Climate Changes during the Quaternary: Special reference to Polar Regions and SouthernOcean” during 22-23 October 2009 (jointly with NCAOR at Goa).

• Conclave on “Evolution–Life’s Continuum” on 15 November 2009 for celebrating BicentennialBirth Anniversary & Sesquentennial of Origin of Species.

Human Resource Development

BSIP is the recognized as a research centre of Lucknow University and the Senior Scientists areauthorized to work as Supervisor for Ph. D. degree. The young scholars are working under Birbal SahniResearch Scholarship, Birbal Sahni Research Associatesship and in number of sponsored projects. Atpresent 28 scholars are working for their Ph.D. degree and the number of Research Students are significantlyincreasing.

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Training Programmes

• Specialized Training Programme was organized for newly recruited young research scholars, associatesand scientists on basic knowledge of Geology and Field training programme in collaboration withPalaeontological Society of India, Lucknow.

• Training programme on “Concepts in Quaternary Climate Studies with emphasis on Dendrochronologyand Palynology” has been organized in collaboration with Colorado State University, USA.

• A training programme on Sequence Stratigraphy has been organized by the Institute in October 2009(with Department of Geological sciences, Jadavpur University, Kolkata).

Highlights of Research Achievements

For achieving the targets of the XI Five Year Plan, 14 research projects for the year 2009-2010 havebeen organized under the umbrella of six identified Trust Areas:

• Early life, atmosphere and oceans: Evidences from Indian Craton (Bio-Geosphere interactions in thePrecambrian).

• Fossil land plant communities: Morpho-structure, Evolution, Systematics with applications toBiostratigraphy and Palaeoecology (Plant evolution, Anatomy, Taxonomy and Stratigraphy).

• Integrative Micropalaeontology, Biopetrology and Organic facies: Relevance to fossil fuelcharacterization and exploration (Integrated approach to realizing economic potential in prospectivebasins).

• Multi-proxy parameters for Quaternary palaeoclimate reconstructions: vegetation dynamics,relative sea level changes and anthropogenic influence (Integrated approach to climate change, modelingand sustainable ecosystems).

• Polar and Major Planetary Events (Polar research and record of events such as Tsunami,Earthquakes and Volcanism).

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• Frontiers in Palaeobotanical Research (Reconnaissance Projects to aid in development of futureresearch direction).

Some Significant Outcome of Scientific Research in BSIP

First record of Type I matured, Litinite Organic matter facies from the Gotan Limestone(Neoproterozoic approximately 1000-542 Ma) in Rajasthan throws open an entirely new basin forhydrocarbon exploration from the Neoproterozoic sediments in Rajasthan and other similar prospectivebasins in India.

• Studies on diatoms, palynofacies and calcareous algae: Studies on plant fossils from somePermian Gondwana sequences of MP and Cretaceous sequences of South Rewa Basin and EastCoast (Krishna-Godavari Basin) have been carried out in order to decipher the palaeoclimate.

• Documentation of spores-pollen assemblages from certain coal-bearing sequences of PeninsularIndia have been continued to demarcate their significance in biostratigraphic and coal seam’s correlationand to deduce palaeodepositional history.

• To generate additional data on plant mega- (leaf, wood, fruit, etc.) and micro remains (pollen,dinocysts, nanno, DOM, etc.) investigations have been carried out from the terrestrial and marinePalaeogene horizons of MP, Maharashtra, Gujarat, Uttarakhand, WB and Assam in terms of theirpalaeogeographic, facies and palaeoenvironmental significance, besides morphotaxonomy.

• Studies on dinocyst and palynofacies assemblages from the Meghalaya have been continued tounderstand palaeoecological and relative sea level changes associated with major biotic and climaticevents.

• In relation to their palaeoecological significance during Cenozoic sedimentation in Andaman-Nicobarbasin have revealed some significant results for deciphering palaeoenvironment and bathymetry.

• To decipher the chronology of palaeoclimatic changes during Quaternary Period on the basis ofpalaeovegetation through palynology of continental and marine sediments, tree-rings, and ancientplant economy, supported by geochemistry and geomagnetic studies have been carried out.

Leosphaeridia jacutica Gloeocapsamorpha sp.

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• Certain Permian coals (Godavari Basin) and Tertiary lignites from Gujarat and Tamil Nadu have beenevaluated for categorization of their economic suitability besides their depositional history.

• Parameters for past global changes have been marked using significant multidisciplinary data generatedfrom Late Quaternary sediments of Mahanadi and Godavari Deltas, Karawar Coast, south-westernMP, Kumaun & Ladakh Himalayas, and Upper Assam.

• Evidenceone of the (12,960 ±130 yrs BP) mangrove environments in SE Asia from Mahanadi Deltahas been recorded.

• Significant multi-proxy data have been generated on the Quaternary sedimentary samples collectedduring Antarctic and Arctic Expeditions to envisage climate changes.

• Studies have been carried out in resolving age of Neyveli lignite deposits; in establishing Carboniferousstrata in Spiti Himalayas; and searching plant remains in Kargil Mollasse; based on integratedpalaeobotanical/ palynological evidences.

Publications: 79 (includes published, accepted and communicated papers).

Impact Factor Aggregate: 52.493 (date, includes published, accepted and communicated papers).

Number of Research faculties (post-Doctoral): There are 58 scientists and 52 scientists arehaving post-Doctoral research experience.

BOSE INSTITUTE

Improvement of Plants: Biotechnological Genomic, and Proteomic Approaches

Plant DNA Fingerprinting and Diagnostics of Medicinal Potential in plants; Identification of defenserelated genes from S. alba on infection with A. brassicicola; Production of transgenic rice plants overexpressing rice cDNAs for SAM-decarboxylase, Rab16A, the transcription factor OSBZ8 (the ABREcis-acting element binding factor), OsMII BP (the Rab16A gene motif Iia cis-acting element binding protein),and the sodium chloride and spermidine activated probable kinase OSPDKI has been continued;Understanding the mechanism of seed dormancy, viability and germinability of plants of economic importance;Resistance gene analogue profiles, generated by degenerate RGA primers, of a set of 30 rice landraces ofWest Bengal is being used for genetic diversity analysis; Analysis of cis-regulatory elements for PcINO1gene: Search for any putative “salt regulated promoter elements” of the gene which can be used toupregulate certain other important salt-tolerance genes under transgenic situation; Efficacy of the aphidtolerance gene(s) being tested in the model plant and Brassica species through transgenic approach;Genetic diversity analysis of bamboo species is being conducted in and around West-Bengal using moleculartechniques; Aerobiological survey in both indoor and outdoor environments; Isolation of new insecticidalproteins and their characterization using biochemical and biophysical techniques; Designing of new lectinmolecules through site directed mutagenesis of the already established insecticidal lectins to broaden thepathogen specificity; Development of effective micropropagation protocols to speed up propagation rateof rare/ endangered/ commercially important medicinal plants species.

Protein Structure, Function and Engineering

Structure of the λCII-DNA complex: The full-length CII protein is being cocrystallised with anoligonucleotide (~18 bp) containing the cognate CII recognition site. The structure will be solved by X-ray

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diffraction and molecular replacement based on the CII structure; crystallography, NMR, proteolysis andmass spectroscopy and 2D gel electrophoresis to be used for various studies involving these; The structuraland mechanistic aspects of antimitotic drugs binding to tubulin; Identification of functional regions of ?-crystallin chaperone; Protase digestion studies of lambda cl repressor; Structural and functional analysis ofa truncated amino acyl tRNA synthetase Glu-tRNA synthetase from E.Coli; Analyzing the interactionbetween HP0175, a peptidyl prolyl cis,trans isomerase of Helicobacter pylori and Toll-like receptor 4(TLR4).

Bioinformatics and Computational Biology

An evolutionary perspective of gene expression level and protein secondary structure; Evolutionarystudies of isochore organization in warm-blooded vertebrates; Electrostatic Interactions in BiologicalSystems; Identification of protein surface that is used for protein-protein interaction; Three dimensionalmodels of type IV pilins in some enteropathogenic organisms like enterotozxigenic E.coli andenteropathogenic E.coli ; Assignment of substrate specificity of phylogenetically diverse aromatic ring-hydroxylating dioxygenases by computational analysis.

Molecular Medicine

Regulation of ion transporting enzymes and protein kinases by endogenous modulator proteins;Synthesis of the peptides corresponding to these sequence of the modulators, check the activity of thesynthetic peptide(s), so that instead of isolated proteins, synthetic peptides can be used; Effect of the bio-active molecule [active principle(s)] on the prooxidant/ anti-oxidant status; Manipulation of specific moleculartargets to suppress survival program of cancer cells; Molecular engineering-based therapeutic strategy toregain pro-apoptotic program of cancer cells; Molecular mechanisms of cell cycle regulation in normal andcancer cells; Molecular understanding of the role of oncogenic Ras in cancer progression; Evaluation ofthyroid hormone– aminergic involvement in maintenance of the “Central Homeostasis for Thyroid Hormone”;Lipid rafts and their implication in infectious diseases: Developing diagnostic tools for tuberculosis; Molecularcharacterization and application of some important herbal medicine from terrestrial and marine sources tocombat nearly non-curable diseases such as viral, cancer and other autoimmune diseases.

Microbial Genomics and Infection Biology

Role of E. coli galP3 promoter; CCRs and VL: their involvement on the interplay of Th1 and Th2cytokines; Use a functional genomics approach of down regulating sequence homologs of known cellcycle regulators using RNA interference; Study the effect of down regulating CDKs, cyclins, kinesins andforming homology proteins using shRNA; Genomic and proteomic approaches towards understanding thebiology of Mycobacterium tuberculosis; Stress-responsive genes/ proteins and mycobacterial persistence;Using fluorescent S. aureus strains already developed, sensitive assay systems are being developed followedby the screening of antibacterials from plants; Biochemical characterization of development of microbialprocess(s) for the efficient mineralization of various health hazard environmental pollutants; Understandingreplication mechanisms of a mycobacterial plasmid; Functional genomics of S-phase DNA repair andDNA replication checkpoint pathways in the budding yeast.

Development of Systems Biology

Activation of the stringent response regulator Rel in mycobacteria by positive feedback and geneexpression noise.

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Basic and Applied Problems in Physical and Environmental Sciences

To unveil newer applications of environmentally benign solids as catalysts; Conformational Equilibriumin Mesogenic Molecules; Understanding the physics of nucleation of superheated droplets:; Characterizationof passive detection material for heavy ion detection & search for strangelets at high altitude; High energyNuclear Physics; Conductivity and dielectric relaxation in complex perovskite oxides; Duality inEntanglement and Probing Quantum to Classical Transition of Indistinguishability; Linking Foundation ofQuantum Mechanics with Cosmological Aspects and General Relativity; Quantum Entanglement in Spinand Other Condensed Matter Systems; Environmental chemistry, measurements of pollutants and sourcestrength modeling. Radiometric measurements: study of rain drop size, rain height and other cloudcharacteristics, cloud-aerosol – cosmic ray connection – modeling.

INTERNATIONAL ADVANCED RESEARCH CENTRE FOR POWDER METALLURGY &NEW MATERIALS (ARCI)

Nanomaterials

The Centre for Nanomaterials originated from ARCI’s Powder Metallurgy Division, which was inexistence since inception of ARCI. The concept of establishing the Centre for Nanomaterials took shape inthe year 2003. Considering the fact that ARCI had outstanding expertise in the area of materials, it wasdecided that ARCI would concentrate on the production of nanopowders and also explore on its own theirutilization for at least some applications which cater to either a large Indian market or a market unique toIndia. Within past seven years, the Centre has made substantial progress in terms of not only establishing avast array of synthesis, processing and characterization facilities, but also in moving significantly forwardtowards application development in the several promising areas including nanosilver for drinking waterdisinfection and highly stable nanosilver suspensions for antimicrobial textile applications.

Nanosilver-candle filter technology has been successfully transferred to a company and the productis in market with the brand name PURITECH. Prior to technology transfer, the product underwent fieldtrials for a year in about 40 villages for drinking water disinfection and was tested in the laboratory as perIS and EPA guidelines. The company is already operating a production facility based on ARCI technologywith capacity of 1000 candles per year.

Transfer of know-how pertaining to nanosilver for antimicrobial textile applications to a company is infinal stage. Nanosilver technology for textile application has been scaled up to pilot level successfully for atechnology receiver dealing in the field of textiles.

Laser Processing of Materials

Centre for Laser Processing of Materials (CLPM) at ARCI is a unique R&D facility in the countrybased on high-power industrial lasers. The Centre’s main objective is to promote and provide laser-basedmaterials processing technologies for industrial application.

Major facilities available at CLPM include Fiber-Coupled Diode Laser, CO2 Slab Laser and Pulsed

Nd:YAG Laser.

Few typical applications developed at CLPM are given below:

Laser Welding Applications

• Automotive body parts made of tailor welded blanks (TWB)

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• Door inner after forming the laser welded TWB

• Solenoid valve

• Fast response thermometer

• Flex Plate with Laser welded SAW Sensor Buttons

• Transverse section of laser welded Ni-based superalloy IN 718

• Microstructure of fusion zone of laser welded Ni-based superalloy IN 718

Laser Surface Modification Applications

• Laser-Hardened edge of crankshaft

• Laser hardened automotive crankshafts

• Laser hardened automotive camshaft

• Laser surface treatment of railroad components

• Laser surface clad Stellite-6 layer

• Laser surface alloyed Colomnoy-88 Layer

• Laser-Clad coated 500-MW Burner Tip Nozzle Plate

• Laser glazing of plasma sprayed WC-Co layer

Laser Cutting Applications

• Laser cutting of combustion liner

• Laser cutting of maxillofacial and dental titanium implants

• Laser cut edge of 1.6 mm CP titanium

Centre for Fuel Cell Technology (CFCT)

ARCI’s Centre for Fuel Cell Technology (CFCT) established in Chennai specifically contributes tonational efforts in this emergent field. Although mandated to develop the Polymer Electrolyte Membrane(PEM) fuel cell technology, CFCT has geared up to play a key role in varies aspects of the hydrogeneconomy. Since its inception in 2004, CFCT has made considerable progress and has been at the forefrontof developing PEM fuel cell technology for stationary and transportation applications in the country. Duringthe previous years, CFCT had developed key technologies for various fuel cell components anddemonstrated stack building capabilities. Recently, CFCT has developed fuel cell electrodes which canoperate under low humidity conditions. Several fuel cell stacks have been built using these electrodes.Significant progress has also been made in identifying and developing suitable Balance of Systems (BoS),which include radiators, fans, pumps, DC-DC converters and invertors. The Centre has also developedGrid Independent Power Systems (GIPS) for various power ranges from 300W to 5kW. CFCT has alsocontinued to make improvements in the process for making bipolar plates from exfoliated graphite. Fuelcell stacks were built using these bipolar plates and it is observed that the weight reduction was about 54%compared to the graphite based stacks of similar dimensions. The centre has also developed fuel cell

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stacks for range extension of electric three wheeler vehicle. The electric vehicle has achieved the targetedrange extension of 17 kms for the hydrogen available and the weight carried in the vehicle. The Centre isfurther planning to make a light weight fuel cell stack with exfoliated graphite plates aiming at 50% reductionin weight. This is expected to result in range extension of 25 kms.

Micro Arc Oxidation (MAO) Technology:

MAO, also known as Plasma Electrolytic Oxidation, Spark Anodization or Micro Discharge Oxidationis a novel electrochemical coating technology gradually gaining increasing popularity as a unique techniquecapable of demonstrating ceramic coatings on metals like Al, Ti, Mg and their alloys. The MAO processdiffers radically from the traditionally known anodizing/ hard-anodizing in several ways. It employs ACpower at high voltages (150-700 V) and high current densities (0.1 – 0.3 A/cm2) and utilizes an alkalineelectrolyte at around room temperature. In addition, the MAO process is capable of depositing dense andultrahard ceramic coatings on all kinds of aluminum alloys without any restriction on the concentration ofthe alloying elements. Yet another important difference between the aforementioned traditional processesand MAO is the latter’s eco-friendliness. By virtue of these distinctive features, the MAO process hasgained global attention and research groups in countries like USA, UK, Russia, France and China areactively working on MAO technology. In India, ARCI has taken the lead to develop this technologyconcurrently with the rest of the world.

ARCI has already transferred the MAO technology to 3 companies located in different parts ofIndia.

Papers Published

Several papers were published by the scientists of the Centre in various journals of international andnational repute.

Patents Filed

• H. Neha and Tata N. Rao, “Improved method of producing highly stable aqueous nano-titaniasuspension” Indian patent application filed. Appl. No. 730/DEL/2009

• The patent entitled “Fluoride Removal from Ground water by Sol Gel gamma Alumina Coated CeramicHoneycombs” is being filed jointly with NCCCM, (DAE), Hyderabad

• “Novel Copper Foils having High Hardness and Conductivity and a Pulse Reverse ElectrodepositionMethod for their Preparation”, B. V. Sarada, Ch. L. P. Pavithra, M. Ramakrishna, T. N. Rao and G.Sundararajan. Patent Application No. 1028/DEL/2009, Date of filing: May 20, 2009

Interactions with Industry to Explore Technology Transfers

• Interactions are ongoing with Hyderabad-based Electrical Company for a project on Slip casting ofZirconia based nozzles.

• Negotiations are on with an Indian company for exploring the possibility of transferring the technologyfor the synthesis of ultrafine zirconia powders for pigment applications.

• Interactions are ongoing with Indian companies for technology transfer pertaining Nano-ZnO basedvaristor powders.

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Sponsored Projects being initiated

• Developmental Project entitled “Sol-gel derived abrasion resistant hydrophobic coatings on carbon-epoxy composites for aerospace applications” has been sanctioned by National AerospaceLaboratories

• A project on “nanostructured Si and Sn based anode materials for Li-ion batteries” has been initiatedin collaboration with a premier automotive company from USA.

A project entitled, “Laser Drilling of Holes on Front Combustion Liner of Adour MK 871 Engine”,has been approved.

INDIAN INSTITUTE OF GEOMAGNETISM

The Indian Institute of Geomagnetism (IIG) has the mandate to carry out basic and applied researchin Geomagnetism and allied areas of Atmospheric and Space Plasma Physics. The Institute has establishedvarious facilities to measure the geomagnetic field, atmospheric and ionospheric parameters, and otherrelated observations at its magnetic observatories located in different parts of India, its two regional centresat Equatorial Geophysical Research Laboratory (EGRL) at Tirunelveli, and the Dr. K. S. KrishnanGeomagnetic Research Laboratory (KSKGRL) at Allahabad, and at the Indian Antarctic Station at Maitri.The data from these observations are used to study not only Earth’s upper atmosphere, ionosphere, theglobal electric circuit and certain aspects of the solar-terrestrial relationship, but also main magnetic fieldgenerated in the deep interior of the Earth. Geomagnetic data is supplied to scientists from other institutionsfor use in their research, as well as to other organizations for use in geophysical exploration. A variety ofdata is also collected during geophysical surveys in different parts of India. Rock and sediment samplesacquired from different regions are studied in the palaeomagnetic laboratory at KSKGRL and theenvironmental magnetism laboratory at IIG’s headquarters in Panvel.

Observatories and Data Processing

The Institute continued to operate, upgrade and maintain ten magnetic observatories in the country toensure continuous recording of high quality geomagnetic data. Construction of Variometer room, officebuilding, and approach roads at the new location of Silchar magnetic observatory, as well as of the observatoryfunctional building at Port Blair is nearing completion. Near real-time transmission of geomagnetic data atone minute time resolution, from three observatories at Pondicherry, Alibag, and Jaipur respectively, to theInstitute headquarters in Navi Mumbai, has been achieved in 2009. Near real-time connectivity withNagpur observatory has also been established recently.

Indian Magnetic Data bulletins for the years 2006 and 2007 have been published, while geomagneticdata, corrected for baseline errors up to September 2008, are available to users in computer readableform. One minute resolution absolute values for 2008 obtained from the International Real-time MagneticObservatory Network (INTERMAGNET) facility at Alibag, have been deposited with the GeomagneticInformation Node (GIN) at Paris for inclusion in the Annual CD-ROM publication.

Processed hourly data of H-component of the geomagnetic field from Alibag station are sent toKyoto GIN every month for the preparation of the Dst index, which is used globally as a measure of thestrength of magnetic storms. Principle magnetic storm days are classified regularly using magnetograms ofIndian stations and magnetic storm sudden commencement amplitudes and ranges are computed everymonth and forwarded to World Data Centre (WDC), Colorado, for inclusion in the international Geophysical

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Data Bulletin. In addition, about 240 remote users are registered with the website of WDC, Mumbai, foraccess to online data bases available with this WDC maintained by IIG.

Fig. Association between the equatorial electrojet current pattern and the noticeable changes inthe latitudinal development of the focus of the solar quiet day (Sq) current system is shown here.Significant day to day variability in the geomagnetic field influenced by the modification of thetidal modes is clearly evident in the diurnal features for the two Counter Electrojet (CEJ) days

and a Normal Electrojet (NEJ) day.

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Of the various investigations carried out with geomagnetic data, an important one relates to the day-to-day variability in the geomagnetic field caused by changes in ionospheric currents in response to variationsof the atmospheric tides. This has been investigated by analyzing the changing solar quiet (Sq) currentpatterns on a day-to-day basis. The changes, as reflected in the variations of the horizontal component ‘H’and declination ‘D’ of the geomagnetic field at the chain of low latitude locations in India, are studied in thecontext of varying equatorial electrojet current pattern (Fig). Contamination of the quiet time field variationsfrom distant magnetospheric currents is also examined.

ELF/VLF electromagnetic waves radiated by both natural (e.g., lightning discharges) and man-made(e.g., VLF transmitters) sources, are reflected from ionospheric D-region to travel very long distances inthe Earth-ionosphere wave guide with very little attenuation. Thus VLF waves are used to study theionospheric D-region, which is at a height that can neither be accessed by balloon probes, nor by satellites.Reasonable measurements can not be made by radars also because of low electron density. At present incollaboration with Stanford University, three VLF receivers have been set up by IIG at Allahabad, Varanasi,and Nainital. A special campaign to monitor the changes in the D-region of the ionosphere during 22 July,2009 total solar eclipse was carried out at the three sites.

Antarctic Studies

The Institute participates regularly in the Indian Antarctic Expeditions with the objective of studyingthe geospace environment of Antarctica using multiple techniques. A semi-permanent observatory is operatedat Indian Antarctic station, Maitri, located in sub-auroral region where variations in geomagnetic field arerecorded by using fluxgate and proton precession magnetometers.. Geomagnetic field is also monitored atLarsemann Hills, the proposed new Indian Antarctic station in a campaign mode during austral summers.Magnetic data is used to study magnetic storm-substorm relations and to investigate declining magneticfield. Particle precipitation is generally a high latitude phenomenon and is seen in polar and auroral regions.During geomagnetic disturbances, the auroral current system extends over Maitri and particle precipitationover this region is expected to increase electron density in ionospheric D-region resulting in greater absorptionof HF and VHF radio waves. IIG has installed a 4 x 4 antenna array imaging Riometer at Maitri during thisyear to monitor the ionospheric absorption of cosmic radio noise at 38.2 MHz.. A part of the southernhemisphere has suffered a large decrease in the total magnetic field in the last century.

Upper Atmospheric Sciences

Nonlinear electrostatic solitary waves have been studied for a plasma model consisting of cold andcounter streaming electrons and ions using multi-fluid theory. Parameters for the model are obtained fromthe Cluster satellite observations in the Earth’s magnetosheath. It is found that the model results are in goodagreement with observed electric field structures. Evolution of electrostatic solitary waves in the auroralregion is studied using a one dimensional electrostatic particle simulation code, and the simulation resultsfor velocities, scale sizes, and electric fields associated with nonlinear electric field structures are found tobe in agreement with the observations.

Various nightglow emissions have been monitored using ground-based high resolution airglowequipments (All-sky imager, all sky scanning photometer) at Kolhapur, Allahabad, and Tirunelveli to studythe dynamics of the mesosphere- lower thermosphere (MLT) region and ionospheric F-region on clearmoonless nights.

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The medium frequency (MF) partial reflection radars operated by IIG at Tirunelveli and Kolhapurcontinued to yield important data for understanding the dynamics of the MLT region and atmospheric-ionospheric coupling. Several new findings on the effects of sudden stratospheric warming events on theequatorial ionosphere were published.

Solid Earth Geomagnetism

Magnetotelluric data collected in the close vicinity of the eastern syntaxis (Arunachal Pradesh), underan agreement with the National Hydroelectric Power Corporation, were interpreted and the final report onthe major fault zones was submitted. These studies cover the Main boundary thrust (MBT) and the mainfrontal thrust (HFT) of the Himalaya and the Mishmi thrust (MT) in the Indo Burman range (Figure) andhave delineated the signatures of these features at the deep crustal levels. These details are useful inassessing the seismogenic potential of these features when correlated with the depth of foci of the seismicevents recorded in this region.

Fig. Geological map of the Eastern Himalayan syntaxis showing the magnetotelluric transects in the NE Indian region.Also marked here are the major tectonic features.

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The alkaline syenite bodies of Proterozoic age, intruding into the Nallamalai Fold Belt of CuddapahSupergroup along deep faults and fault intersections which are postulated to have crystallized from mantlederived hydrous alkaline magma enriched in LIL and LREE are subjected to low field anisotropic magneticsusceptibility (AMS), rock magnetic and palaeomagnetic measurements to understand the magma intrusionmechanism and their palaeomagnetic age. Presence of syenite bodies along the eastern margin of CuddapahBasin suggests that it is a zone of plume-rift interaction.

The environmental magnetism group has been involved in two palaeoclimate studies. The first ofthese attempts the reconstruction of last glacial to early Holocene monsoon variability from relict lakesediments of the Higher Central Himalaya in Uttarakhand. The second study deals with the reconstructionof the variability of the southwest monsoon during the past 3 ka, using samples from the continental marginof the southeastern Arabian Sea.

GPS data from north-east Indian region has been analyzed to estimate present day crustal deformationstrain distribution of north-east India due to the Indian plate kinematics. Post-seismic deformation andrheology of Kutch region following the 2001 Bhuj earthquake has been studied using GPS, gravity andInSAR measurements. Visco-elastic relaxation modeling of Andaman-Sumatra region has been carriedout to delineate post-seismic deformation mechanism due to the 2004 Sumatra earthquake.

Regional geomagnetic depth sounding (GDS) experiment was carried out in Saurashtra region in twophases which suggests the presence of two prominent conductivity anomalies. The first elongated anomalycoincides with the horst and graben offshore structures of Saurashtra and Kutch. The second anomaly isover the Surat depression and correlates very well with the low magnetization anomaly which extends inNE-SW direction towards Cambay basin.

The possible geothermal sources for three hot springs in Ratnagiri district of western Maharashtra:Aravali, Tural and Rajawadi, were studied using vertical electrical resistivity soundings (VES). The spatialdistribution of the apparent resistivity of all the five VES sounding points indicated a low apparent resistivityat all depths, coincident with the location of Tural and Aravali hot springs.

Instrumentation Division

The instrumentation division fabricated microcontroller based proton precession magnetometer of 0.1 nTsensitivity for installation at 3 magnetic observatories of the Institute. A declination-inclination (dIdD)Vector Proton Magnetometer was fabricated and set up at Alibag magnetic observatory to collect data at1 minute sampling rate.

Publications

The scientists in the Institute published 35 papers in SCI and 15 in non-SCI journals with a totalimpact factor of 61.554. One PhD was also awarded.

Specialized services offered

Indian Magnetic Data was supplied to International organizations and institutes & universities in Indiaand abroad. Digital geomagnetic data for 3 stations for selected periods at one minute time resolution wassold to ONGC Dehradun, data for 2 stations was sold to Reliance Industries and to three multinationalcompanies involved in marine magnetic surveys. Magnetic compasses of Indian Navy, Pawan HansHelicopter Ltd., Indian Coast Guard Air and Instrulab were calibrated.

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Collaborative research and technology development Projects

The Institute has signed MoUs with Assam University, Silchar, for IIG’s magnetic observatory, withShivaji University, Kolhapur, for on-going collaboration in the area of space physics, with SaurashtraUniversity, Rajkot, for magnetic observatory and scintillation observations, with ARIES, Nainital forcollaboration in the recording of ELF-VLF electromagnetic waves, with .Department of Physics, BanarasHindu University, for collaboration in the recording of ELF-VLF electromagnetic waves and NARL,Gadanki, for setting up of spaced receiver scintillation experiment.

Institute also has projects with foreign partners like STAR Laboratory, Stanford University, USA,GeoForschungsZentrum Potsdam, Germany, Space Environment Research Center, Kyushu University,Japan, Boston College and Air Force Research Laboratory, USA (IHY/UNBSSI Program) and LancasterUniversity, UK.

RAMAN RESEARCH INSTITUTE

The Raman Research Institute was founded by Prof. C.V. Raman. After his demise in 1970, it wasreorganised as a national institute for research in basic science. The Institute has been receiving grants fromthe DST since 1972. The main fields of research continue to be, Astronomy & Astrophysics, Light &Matter Physics, Soft Condensed Matter and Theoretical Physics.

The Liquid Crystals research has expanded and diversified and is today the Soft Condensed Matterresearch theme that includes inter-disciplinary soft condensed matter and biological physics, which has asignificant overlap and interaction with the Theoretical Physics activity. In addition, laboratories in thetheme of Light and Matter Physics are making experimental studies in the emerging fields of laser coolingand trapping of atoms and molecules, light propagation in diverse media, and ultra-fast atomic processesusing femtosecond (10−15 s) laser pulses.

The Institute considers the transmission of knowledge an important activity; this includes the guidanceof students for the conferment of PhD degrees as part of the PhD programme of the Institute, as well as theactive Visiting Students Programme under which a number of students from all over the country visit theInstitute for stays ranging from a few weeks to several months and participate in the many research activitiesof the Institute. Communications of the ongoing research and also a sharing of knowledge of currentresearch– in professional talks given by members of the Institute in conferences and in external institutionsas well as Journal Review talks at the Institute– is another aspect of our knowledge diffusion.

Visiting Student Programme introduced in the year 2007 is aimed at offering research experience tohighly motivated students who are pursuing their under-graduate or post graduate studies. During theperiod of the visit, the student works closely with at least one staff member of the Institute on a suitableproject. During the year 68 students from different parts of the country participated in the research of theInstitute as part of this programme. The duration of the working visits was mostly between 3 and 6months; some visits were for a year.

The Library established a close liaison with appropriate libraries of other institutes in the countrythrough FORSA and DST multi-institutional consortia. In addition, the Library has access to IEEE/ IEEelectronic library through INDEST consortium and to 14 publishers through CSIR-DST E-journalconsortium.

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Astronomy & Astrophysics and related signal processing, imaging, and instrumentationdevelopment

The Raman Research Institute is now a full partner in an international collaboration – the MuchisonWide-field Array – to build a large low radio frequency telescope array in a remote Western Australianradio-quiet location, which is a pathfinder to the International Square Kilometer Array project. MWA iscollaboration between US and Australian partners and the Raman Research Institute. The participationincludes contributing to engineering in the form of digital systems and software– which challenge andstretch our in-house capabilities in appropriate directions– and involvement in specific science goals bysharing the development of innovative observing techniques, analysis methods, detection algorithms andparameter extraction tools. RRI members worked as part of international teams in campaign mode installing,testing and commissioning telescope systems at the remote site in Western Australia. There are now 32antenna tiles on the ground at the site, with which prototype digital receivers built at RRI were successfullytested in observations of astronomical objects.

Fig: The MWA at the SKA site in Western Australia.

Fig.: Digital receivers for the MWA built in RRI electronics laboratory.

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A digital receiver for this array has been developed at the Institute. It is designed to operate between80 and 300 MHz, and will be capable of high dynamic range imaging. The digital receiver was designed forMWA in collaboration with Scientists and Engineers at ANU and was built at RRI. The digital receiverdigitizes the RF signals using a set of dual 8-bit ADCs operating at 655.36 MHz. The first Nyquist zone issubdivided to 256 channels using a polyphase filter bank; the bandwidth of each filter is 1.28 MHz. Datafrom a selected set of 24 filter bank outputs, which corresponds to a total bandwidth of 30.72 MHz, is sentto the correlator through three optical fiber links. The hardware work at RRI involved the design anddevelopment of Virtex 5 FPGA based data aggregation and formatting board (AGFO board), backplane,duplication of ADC boards (ADFB) provided by CSIRO and building a clock and synchronization signaldistribution system. Firmware was designed and developed for interfacing the ADC to FPGA, implementingthe features needed for observing with the digital receiver, transporting data from receiver to correlatorthrough optical fiber and recording data using a VSIB based data acquisition system (DAS).

After the development and testing of a receiver at RAL, four prototype receivers were made. Thesereceivers were successfully used for test observations at MWA site (Boolardy, WA) by recording datawith the VSIB based DAS and software correlation. Currently the digital receiver and the hardwarecorrelator are being interfaced through optical fiber link. A set of firmware was also developed for testingand validating the receivers during their mass production.

The year saw the fructification of a novel project developing a wide-band antenna and a multi-bandreceiver for simultaneous observations of celestial phenomena over a range of radio wavelengths whenmounted at the focus of a large dish antenna. The project was specifically designed to be mounted at thefocus of the US Green Bank telescope, which is the largest steerable dish antenna in the world. RRImembers, including PhD students, have been granted competitive telescope time to use the instrumentationfor specific investigations before it would be made available to the international community as a newfacility.

Fig: RRI receiver on the Green Bank telescope inWest Virginia, US.

Fig: View of the receiver systems built in the RRIelectronics laboratory

This GBT-RRI Multi Band Receiver system was designed, developed and successfully tested. This isa self-contained receiver system, consisting of a dual-polarization feed covering a wide-span in its spectralresponse (100-1500 MHz), to be used at the prime focus of the Green Bank telescope. The system wasmotivated by the need for simultaneous high time and spectral resolution studies of pulsar emission at

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single-pulse level, opening possibility of tomography study of pulsar emission cone. The system caters tosimultaneous sampling of dual polarization voltage signals in the 10 bands, tunable in pre-selected (relatively)RFI-free windows, within its wide-spectral range. Each of the 10 pipelines contains an RF/IF section anda digital back-end for recording directly the raw voltage time-sequence in two polarization channels. Thesampled data is transferred to 10 DAS computers, each catering to one band, connected through GigabitEthernet to a master computer which runs the monitoring and control (M&C) software. The M&C softwarecontrols the RF & IF attenuators, LO frequency, and data acquisition. The complete system was firsttested at GMRT field station in Oct 2008 and subsequently thoroughly tested in GBD field station till April2009, before installing it at Green Bank, WV, USA, and used with the GBT.

The X-ray astronomy laboratory is now actively building and testing critical components and evaluatingnovel design configurations for the polarimeter, and designing and testing electronics and logic circuits thatare essential for the detectors. The development of a Thomson polarimeter using rectangular detectorconfiguration has been completed. The development includes proportional counter detectors, associatedfront-end electronics, event processing logic, data acquisition system, and test and calibration system. Theunit has been successfully tested in the energy band of 9-23 keV and a modulation factor of ~35% hasbeen obtained. The mechanical fabrication of detectors for a cylindrical polarimeter configuration hasbeen completed. An FPGA based pulse processing electronics based on charge division technique isunder development. Proposals have been submitted to ISRO for mission approval.

The Institute continued its development of low-cost 12-15 metre class parabolic dish antennae.Noteworthy developmental effort during the year was the evolution in the preferred design to a Bent-Spoke Dish.

Members of the Astronomy & Astrophysics group are currently engaged in research into theunderstanding of events in the evolving universe and a variety of phenomena associated with cosmic bodies.Research on reionization and structure formation examined and pointed out the potential of observations ofcosmological redshifted 21-cm line radiation both as probes of cosmological parameters and primordialmagnetic fields. Studies of active galaxies examined the origins for their radio structures, and the consequencesof the cessation of activity. Extragalactic research included galaxy interactions, stellar dynamics in nuclearregions of galaxies, the formation of cluster halos and galactic outflows. The report includes work done atRRI on foundational problems in the astrophysics of accretion disks and dynamo theory. The X-ray fluxvariations in a number of Galactic X-ray binaries have been used to expand our knowledge of theseenigmatic astrophysical objects.

The telescopes and receivers developed and built in the Radio Astronomy Laboratory provide vitalobservational clues for this research. However, windows covered by the Institute's facilities cover only apart of the electromagnetic spectrum. Additionally, a holistic investigation of space phenomena often requiresobserving capabilities not available in India. Therefore the astronomers of the Institute propose andsuccessfully win the use of valuable observing time on facilities throughout the world.

Light and Matter Physics

Research work at the Institute continues to include classical optics, which was one of the key areas ofresearch in the days of the Founder. Recent work includes original contributions to eigenvalue toggling ofoptical activity, and insightful use of the van de Hulst theorem for reflection of polarized light. Experimentalwork includes investigations of light transmission in mixtures of magnetite nano- and micro-sized spheres,and light emission from carbon Nanotubes.

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The last several years of committed effort has brought the experimental capability to the stage whereconfidence has been established in the setting up of laser systems, vacuum chambers, and laser cooling andtrapping of atoms in magneto-optic traps. Cold clouds of Rubidium are now routinely made in the vacuumtraps. Megnoto-optic traps with miniature coils have also been successfully constructed and operationalized,enabling multiple traps within the same chamber for controlled quantum interactions. Preliminary experimentson Electro-magnetically induced transparency within hyperfine transitions of cold atoms have been successful.

Research in non-linear optics included degenerate four-wave mixing to characterize samples andidentify candidates for photonic device applications, z-scan experiments using white light super-continuumsource, and the recording and analysis of X-ray emission from laser-induced plasma in a planar water jet.

In experimental quantum optics experiments include laboratory measurement of the deflection of lightowing to gravity and an experiment to observe quantum walks by ultra-cold atoms in a double opticallattice.

Soft Condensed Matter

The Institute has made outstanding contributions to the development of the field of liquid crystals forover three and a half decades. Liquid crystals are a thermodynamic stable phase of matter that hasanisotropy of properties without the 3-dimensional order of crystal lattices. Nematic liquid crystal moleculesare rod-like and tend to point in the same direction but without positional order; smectic liquid crystalmolecules align themselves in layers that can flow past each other; in discotic liquid crystals disc-likemolecules are stacked in parallel columns. There are many more complex forms of molecular orderingknown with interesting and subtle properties; research in this field at the Institute is unique in that it enjoysthe interactions between chemists, electrochemists, condensed matter physicists, theoretical physicists andmembers with statistical physics expertise.

Liquid crystalline substances have interesting optical properties, and external perturbations can causesignificant changes in their macroscopic properties; the theoretical and experimental research at the Instituteis towards understanding these unique effects and synthesizing new liquid crystalline materials. Novelmesogens with bent-core molecules continue to be synthesised in the liquid crystal laboratory, and uncommonand sometimes completely new phase transitions have been observed. The phase behaviour of functionalizedcarbon nanotubes, when dispersed in discotic monomers and polymers, were studied. Synthesis of rod-disc oligomers, ionic liquid crystalline polymers, electron-deficient discotic liquid crystals, discotic liquidcrystalline symmetric donor-acceptor-donor triads and experimental studies of their mesophase behaviorrepresent further examples of current research. Other experimental research in liquid crystalline materialsincluded studies of non-equilibrium fluctuation theorems.

A niche area of research at the Raman Institute is in the development of techniques for driving thematrix displays: using sophisticated signal processing algorithms and methods to reduce power consumptionin the display drivers. International patents have been filed to protect intellectual property rights in this area.

Research of the soft condensed matter group, which was earlier focussed on liquid crystals, has nowexpanded into examining physical effects, including electrical conductivity, arising from the dispersion ofnanoparticles and enzymes into the bulk of liquid crystalline phases, and properties of films and monolayersformed by mesogens and complexes containing mesogens. The soft matter group has research interest ininstability pattern formation in liquid crystals as well as in interfaces between Newtonian and aging non-Newtonian fluids. Experimental studies included micro-viscosity measurements in aging clay suspensions,

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and examination of the structure, dynamics and mechanical properties of copolymer solutions in whichionic surfactants have been added. The phase behaviour of amphiphilic systems at interfaces and in theform of membranes has been studied.

Consistent with the vision of the group to include a flavour or 'nano' in the soft matter research,several works reported herein involve physical effects, including magnetic susceptibility and optical limitingproperties, of nanocomposites synthesized in the Institute and nanoparticle and nanosphere dispersions inliquid crystals. Development of innovative methods for preparation of thiol stabilized gold nanoparticles,mesoporous gold films and polyelectrolytes.

Experimental biological physics is an area into which the soft matter research at the Institute has takena step. Initial experimental efforts in this research area are groundwork towards dynamical studies of cellshape and mechanical studies of Axons.

Soft matter research has in some cases used specialized investigative techniques, for example, oscillatoryrheology studies and magnetic susceptibility studies, for appropriate problems. All of the investigations intothe fascinating behaviours, quantitative measurements of the properties and the response to various controlparameters and the experimental elucidation of the molecular ordering in different circumstances, requiresophisticated and modern equipment. The group has instruments like an atomic force microscope, scanningtunnelling microscope, polarization and confocal microscopes and apparatus for X-ray diffraction. Upgradesto existing equipment and measuring devices as well as the acquisition of new facilities that open newwindows to the studies are an ongoing activity.

Theoretical Physics

Theoretical physics research in the Institute is in the areas of condensed matter physics, statisticalphysics, physics in biology and gravitation, which includes classical and quantum gravity and gravitationalradiation. The research outcomes include analyses of fundamental questions in optics, quantum mechanicsand general physics.

Recent theoretical work considered a variety of issues, including questions ranging from the dynamicsof a charged particle moving on the surface of a sphere in the presence of an external uniform magneticfield, understanding quantum measure theory, to geometric and topological contributions associated withthe phase in neutrino oscillation formulae, which may be akin to the Pancharatnam topological phase. Innon-equilibrium statistical mechanics, research continues in the formalisms associated with heat current inopen systems, the probability distribution of heat flow and the heat conduction in disordered harmoniccrystals, and electron transport in mesoscopic systems. Studies of the evolution of flexible polymer chainas it tumbles end to end in a shear flow was a topic of recent research.

In biological physics research, recent work continues on statistical mechanical study of stiff polymersmotivated by buckling phenomena in cellular cytoskeletons.

In general relativity, research has been on precise calculations of the gravitational wave-forms expectedfrom in-spiralling binaries. This problem is of contemporary significance because of the coming on-line ofgravitational wave detectors, which need an accurate 'template' with which the data may be cross correlatedin order to detect cosmic signals. During the year, research has moved into examining signal detection withfuture space based gravity-wave detectors, pointing out that LISA observation of SMBH coalescenceevents could potentially constrain the dark energy equation of state. Additionally, derivations of analytic

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solutions of orbits in Kerr space-time and numerical computations of the gravitational waves induced byparticles on eccentric inclined orbits around Kerr black holes are reported herein.

Quantum gravity research at the Institute has continued in the Causal Set approach and Loop quantumgravity. Further development of the analogy pointed out by members between the cosmological constantof the Universe and the surface tension of fluid membranes constitute recent research that shows thegenerality of the analogy beyond the Causal Set approach.

SREE CHITRA TIRUNAL INSTITUTE FOR MEDICAL SCIENCES AND TECHNOLOGY

The Government of India had declared the Sree Chitra Tirunal Institute for Medical Sciences andTechnology, Thiruvananthapuram as an institute of National Importance under DST by an Act of Parliamentin 1980. The mandate of the institute is to develop appropriate technologies to meet the healthcare needsof the country and initiate training and research programmes integrating biomedical technology and healthsciences, while demonstrating high standards of patient care in medical specialties. The Institute thereforehas a Biomedical Technology (BMT) Wing for the R&D activities, a tertiary care Hospital for cardiovascularthoracic and neurological diseases and the Achutha Menon Centre for Health Science Studies for researchand training in public health.

The objectives of the Institute are:

� Promotion of biomedical engineering and technology� Demonstration of high standards of patient care and� Development of post-graduate training programs of the highest quality in advanced medical specialties

and biomedical engineering and technology

A summary of the important achievements during the year are as follows:

Biomedical Technology Development:

Technology Transfer agreement of porous Hydroxyapatite and Bioactive HABG composite for DentalApplications to IFGL Refractories Limited, Kolkata was signed on 13 January 2010. IFGL's Bioceramicdivision is engaged in production and marketing of bioceramic products like hydroxyapatite orbital implants,alumina based hip joint femoral head, bone regenerative granules and blocks, etc. An agreement was madewith Tata Memorial Centre, Mumbai with regard to the collaborative work of the nanoparticle technologyfor chromatin adsorption. National Accreditation Board for Testing and Calibration laboratories (NABL)has granted Accreditation to the Calibration Cell of the Institute in the mechanical and thermal calibrationstreams. This enables the Institute to provide accredited calibration certificates for meeting the requirementsof its internal quality management system as well as its external customers. The scope of accreditationincludes temperature measurement instruments, hot air chambers, incubators, water baths, volumemeasurement instruments and electronic balances. The accreditation is valid for a period of three years.COFRAC surveillance assessment was conducted on 13 July 2009. There were no Non-Conformities inthe surveillance assessment conducted by COFRAC assessor.

Patents Applications filed during the year

(i) 'A process for the development of visible light cure dental restorative resin composite containing anew photo initiator with improved properties'

(ii) 'A process for the simultaneous conjugation of heparin and polyethylene glycol on to the surface ofintraocular lens to improve biocompatibility'.

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(iii) 'Visible light induced insitu gelling biopolymer composite as a wound dressing'(iv) 'A process for the modification of magnetic nanoparticles using curcumin conjugates as multi drug

carrying vehicles for targeted drug delivery applications'.(v) 'A method for preparing curcuminoids with enhanced water solubility for pharmaceutical and other

medical applications'.(vi) "Method for in-vivo binding of chromatin fragments"

New Projects

� 'Development of a dura substitute by electrospinning of ?-caprolactone-co-lactide polymers' wassanctioned by Kerala State Council for Science, Technology and Environment, Trivandrum

� 'Development of neurons from circulating progenitors" by DST� "Dermal wound healing" sanctioned by CSIR� "Pulsed laser Ablation of Bioactive Ceramic Composite on Titanium Bone Implants"� 'Development of magnetic nano particles for MRI contrast applications'-� "Dispensable and biodegradable polymeric bone cement for minimally invasive treatment of bone

diseases - product validation" project sanctioned by DST� 'Production of drug-loaded nanoporous bioceramic spheres for orthopaedic applications'� "Development of bioactive bone cement based on organically modified ceramic resin"

Hospital Services

The hospital continued to provide tertiary care to an increasing number of patients. As a result ofreorganisation, up-gradation and commissioning of state-of-the-art equipments, the quality, efficiency andthroughput of the hospital increase significantly. Several new diagnostic and therapeutic programmes werestarted. In its efforts to extend affordable care to the socio-economically disadvantaged sections of thepublic, the institute provides services in a reduced user charges. This is despite the financial constraints dueto steady decline in non-plan grants. The Telehealth and Medical Education Project did more than 140tele-consultations and 3 Continuing Medical Education programmes.

Some of the important hospital statistics are:

(a) Sanctioned Bed strength: 239,(b) Bed Occupancy rate: 86.03%,(c) Average Length of stay: 7 Days,(d) Bed Turnover Rate : 37 patients,(e) New Registration: 13888,(f) Repeat cases: 94827,(g) Admissions: 8463,(h) Percentage of mortality: 2.06,

(i) Cardiac surgeries: 1685,(ii) Neuro surgeries: 1216,(iii) Investigations: 822822.

Epilepsy

The Epilepsy program of the Institute caters to medically refractory epilepsy patients from all overIndia and is unique in that it is the best of its kind in the country and caters to a wide range of difficult-to-

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treat cases in par with Western standards. This is possible with all its modern advanced technologicalinvestigative tools like high resolution MRI with special sequences, functional MRI (which identifies eloquentareas and its functions like motor function and language), etc. During the year, 83 surgeries were done.

Movement Disorder

In the Movement Disorder Section, 7 Deep Brain Stimulation Surgery: 6 Neurostimulator replacement:2 Pallidotomy: 134 Botulinum Toxin Injection: 1364 Movement disorder specialty clinic attendance: and70 Pre & Post operative follow-up were done in the year.

Academic Programmes

The institute currently offers 25 academic (diploma, postgraduate, doctoral and post doctoral) coursesin medical sciences, biomedical engineering and technology, basic sciences and public health. All academicprogrammes continue to attract students in significant numbers from all over India and for the MPH course,from other countries as well.

During the year, 126 Projects were undertaken, 10 Patents granted, 9 Patents filed and 146 paperspublished in Journals.

ACHUTHA MENON CENTRE FOR HEALTH SCIENCE STUDIES

Achutha Menon Centre for Health Science Studies (AMCHSS) has proved to be both a milestoneand a trendsetter in public health training and research in the country. The centre in addition to offeringDPH, MPH and PhD programmes, conducted number of short-term courses in maternal health, ethicaland gender dimensions in healthcare for national and international students. It also provides consultation toNGOs, governments and international bodies on a wide range of public health, gender and ethical issues.

Conferences/ Workshops Organised

Indo-Dutch Workshop

As a follow up of the MoU signed between the Governments of Netherlands and India in March2008 and the signing of a programme of cooperation in March 2009, DST entrusted the Institute to

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organize twin Indo-Dutch Workshops on 1) Medical Devices for Affordable Health and 2) Life Sciences& Health during 21-23 January 2010 at Trivandrum. The workshops were supported by The NetherlandsOrganization for Scientific Research (NWO), The Netherlands Organization for Health Research andManagement (ZonMw) and the Senter Novem, Dutch Ministry of Economic Affairs of Netherlands.Seventeen invited technical experts and 7 organizers from the Dutch side and 33 experts and 4 organizersfrom the Indian side participated in the two workshops held parallely. The workshops contained a mixtureof clinicians, engineers, scientists and technologists who interacted with each other on a common platform.

Indo-US Advanced Clinical Engineering Workshop - India (ACEW-India, 2009)

The Clinical Engineering Workshop was conducted at Trivandrum from 5-10 October 2009.Themain objective of the workshop was to inform stakeholders of the health care system about modern clinicalengineering professional practices and healthcare technology management strategies. It was envisaged thatthis workshop would also make a significant contribution to joint efforts of SCTIMST, IIT Madras andCMC Vellore in starting M. Tech. programme in Clinical Engineering, the first of its kind in India. Theworkshop covered a wide range of technology management and equipment maintenance issues in healthcaredomain such as strategic planning, equipment acquisition, maintenance planning, user training, riskmanagement, financial planning and management, replacement planning as well as device regulation,telemedicine, human factors, electromagnetic interference and telemetry.

TECHNOLOGY, INFORMATION, FORECASTING AND ASSESSMENT COUNCIL

The Technology, Information, Forecasting and Assessment Council (TIFAC), an autonomous societyset up under the Department of Science and Technology in 1988, is mandated to assess the state-of-the-art technology and set directions for future technological developments in India in important socio-economicsectors. Significant achievements during the year included continuation of the efforts to strengthen andexpand TIFAC activities with regard to technology assessment and foresight, prioritize and design technologyinterventions, and learn from projects and interventions undertaken. Achievements in some of the significantactivities are highlighted as follows:

Foresight and assessment activities

TIFAC embarked on preparing a Detailed Project Report (DPR) for the National Innovation Project,an initiative to address some of the system constraints and leverage innovations for rapid and inclusivegrowth. The DPR covering three different components of strengthening Nation Innovation Management,Strengthening the technology commercialization and supporting innovation by SMEs, was completed andsubmitted to World Bank through DST.

A series of sector-specific studies have been taken up to bring out the dynamics, the constraints andthe enablers, and the impact of Foreign Direct Investment (FDI) in the Indian R&D sector.

Innovation support

The experience of working with individual innovators had prompted TIFAC to design and launch theTechnology Refinement and Marketing Programme. This programme is expected to reduce the distance ofinnovation chain. To start with, six agencies have been selected as Technology Commercialization andFacilitation Agencies (TCFAs) initially for a period of one-year.

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Agriculture

Project designs addressing crop diversification, organic cultivation, primary processing and systemsand effective training programme to empower farmers have impacted the overall increase in productivityand increase in farmers income levels in the agricultural sector.

CAR

The Collaborative Automotive R&D programme continued supporting pre-competitive projects,directed basic research and prototype development projects through its restructured arrangement withfour specific panels in the field on automotive electronics, materials and manufacturing, IC engine anddrive-train and electric and hybrid-electric propulsion.

Mission REACH

Six new TIFAC Centres of Relevance and Excellence (COREs) wereset up during the period, increasing the number of TIFAC COREs to 37.

Bioproducts and Bioprocesses

The program has selectivelysupported projects aimed at developinghigh value pharmaceuticals ingredients,neutraceuticals and phyto-chemicals. Centre for Biofuels was set up atthe National Institute for Interdisciplinary Science and Technology(NIIST), Tiruvananthapuram. This centre would undertake cutting-edgeresearch activities in bio-refinery related technologies.

VIGYAN PRASAR

Vigyan Prasar was set up by the DST as an autonomous organization for taking up large-scalescience popularization tasks in the country. Major scientific achievements and highlights during the year areas follows:

S&T Communication through Television

VP telecast serials on every Sunday morning on DD National Channel.A 26-part video serial on thetheme of Astronomy, titled 'Taron Ki Sair' began in September 2009. Dubbing of 13-episode TV serial"Dekh Khel Ke", 14-episodes of "Jeete Raho" and 12-episodes of "Our Celestial Neighbours" in 11Indian languages has been completed and telecast through the regional Kendras of Doordarshan. Productionof a 3 part serial on "Eclipses" was produced on the occasion of Total Solar Eclipse- 2009.

S&T Communication through Radio

VP in association with All India Radio produced a 52-part radio serial on Astronomy titled "Sitaro SeAage", as part of the International Year of Astronomy- 2009. The broadcast of the serial began in April2009 in 19 languages from 117 radio station of AIR. Several voluntary agencies were associated inpreparation of the language versions. VP's programmes were broadcast twice a week from several GyanVani Stations

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S&T communication through Edusat

VP in association with DECU, ISRO has established a network of 50 satellite interactive terminalsusing the Edusat at different places in the country. It is being used for S&T communication/ popularizationwhich could also serve as an emergency communication network during and after natural disasters. 18popular science lectures were organized on Edusat Network from December 2009 to March 2010. Aquiz on Life Science was held on the occasion of 100 birth anniversary of Sir J.C Bose. A workshop on"Science Writing through Distance Education" was organized in February 2010 for the SIT participants. 3training programmes on Weather kit were conducted while 4 group discussions on 'Women's Health andNutrition' were organized. A seminar on "Education & Health for Rural & Tribal Women" was held on 8March 2010. Science films produced by Vigyan Prasar were also multicast during the period. Around5000 people were trained through these programmes.

A special series of multicast sessions on Solar Eclipse in Marathi, Bengali, English, Tamil and Hindiwere organized to meet the demand from the users.

Vigyan Prasar NETwork of Science Clubs (VIPNET)

VP organized a series of ten sensitization-cum-orientation programmes in different places in the countryduring the period for establishment of science clubs and initiated science popularization activities in differentparts of the country.

"VIPNET News", monthly newsletter for VIPNET Science Clubs was regularly brought and totalnumber of VIPNET Clubs is 10,198 now. As a part of Total Solar Eclipse Campaign and InternationalYear of Astronomy-2009, VP has developed a kit comprising of solar filter for dissemination. The kit andsolar filter were sent to more than 8000 VIPNET Clubs.

Publication Programme

Under the publication programme, Vigyan Prasar brought out 12 titles under different series both inEnglish, Hindi and other Indian languages. Six reprints were brought out in 2009-2010. Ten titles werebrought out jointly by VP and Sasta Sahitya Mandal, Delhi.

Vigyan Prasar has been bringing out a monthly bilingual (English & Hindi) newsletter-cum-popularScience Magazine "Dream 2047". The newsletter reaches scientists, teachers, students, schools, institutionsand general public. The present circulation of the newsletter is over 52,000.

Vigyan PRasar Information System (VIPRIS)

VP Website: (www.vigyanprasar.gov.in) has been updated with additional features.

Digital Library: Digital Library created by Vigyan Prasar was listed in 'Scholarly Literature andDigital Library Initiatives' brought out by UNESCO. So far over one lakh seventy thousand people visitedthe site and there are over seven thousand registered users. Streaming Audio and Video: every fortnightthree science videos were uploaded for streaming video.

Discussion Forum of VP website is platform where anyone can ask scientific questions or answerfellow participants' queries. Experiments and activities related to physics developed in collaboration withIIT Kanpur are available in VP website. Hindi website is being updated regularly. VP also conducted twolive chat session on VP's website

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VP brought out a CD on "Computer for Housewives". The CD was released during the NationalScience Day. The news clipping service "VIPRIS Clipset" is being continued.

Scientific Experiments using a PC

VP is engaged in the development of new training modules/ methodologies/ equipment/ devices forS&T communication. VP has conducted a number of demonstrations and workshops to explain howexperiments on measuring and controlling parameters like temperature, intensity of light and sound, humidityetc. could be taken up to illustrate use of computer in a variety of processes. The kit is available commercially.

Innovative Experiments in Physics

Vigyan Prasar and Department of Physics, Indian Institute of Technology (IIT), Kanpur, have jointlyundertaken a project entitled "Development of Innovative Physics Experiments and Training of Teachersfor Experiment Based Teaching". A number of workshops were conducted to train teachers in innovativephysics activities/experiments. About 2500 teachers are trained in using these innovative activities in theclassroom.

Ham Radio

VP organized five lecture and demonstration programmes in Uttarakhand, Haryana, Jaipur, NewDelhi, and Uttar Pradesh during the year. A session on "Role of Ham Radio in Disaster Management" wasconducted at National Institute of Disaster Management (NIDM, Indian Institute of Public Administration)in December 2009 on the occasion of a 'Training Programme on Basics of Disaster Management for CivilDefense Officers'. 14 Civil Defense Officers from different parts of the country participated in the programme.

VP participated in a DST sponsored programme Scientistand Administrators' Interface Programme at Centre for DisasterManagement, Lal Bahadur Shastri National Academy ofAdministration, Mussoorie, in December 2009. During the paneldiscussion and 'Experience Sharing Session', a lecture on Role ofHam Radio

Automatic Packet Reporting System in DisasterManagement' was deliberated along with practical demonstrations.

A reconnaissance was conducted by going to Dhanaulti toselect a suitable site for the proposed Vigyan Prasar VHF ham repeater station in Uttarakhand.

Astronomy Popularization Activities

Following programmes have conducted by the Vigyan Prasar in popularizing astronomy and spacesciences in the country.

Campaign in NCR for Total Solar Eclipse: 22 July 2009

Vigyan Prasar organised a national campaign on Total Solar eclipse (TSE)-2009 in National CapitalRegion. There were about 150 government and private schools participated in the campaign. In totalaround nearly 200 teachers and more than 500 students were trained in five campaign programmes.

A glimpse of Ham radio demonstration

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Master Resource Persons Training Programme

On occasion of International Year of Astronomy 2009, VP in collaboration with NCSTC had conducted4 Master Resource Persons' Training programmes in four zones at Shillong, Chennai, Amritsar and Mumbairespectively. The programmes were in the month of May and June 2009.

Vigyan Prasar and Indian Air Force: A joint Programmeof observing Total Solar Eclipse: 22 July 2009 : VigyanPrasar and Indian Air Force jointly coordinated and executed ascientific campaign during the total solar eclipse on 22 July 2009to record the eclipse. One transport aircraft AN-32 and twofighter aircraft Mirage 2000 participated in two different missions.The Indian Institute of Astrophysics, Bangalore and UdaipurSolar Observatory, Udaipur were joined for the scientificexpedition while Doordarshan was collaborator to capture theevent of totality.

National Campaign in the belt of totality for Total Solar Eclipse

Vigyan Prasar in collaboration with State level agencies undertook a country-wide campaign in thebelt of totality of Total Solar Eclipse on 22 July 2009 to create awareness about the event among VIPNETclubs, students, teachers and general public. The two day programme was organized at four differentlocations viz Indore, Bhopal, Patna and Dibrugarh.

Activity Kits

Three demonstration programmes on activity kits developed by Vigyan Prasar were organized atSonipat, Bhopal, Gwalior, Jodhpur during 2009- 2010. Workshops on 'Fun with Electronic', 'Electronics'and 'Weather kit' were organized for different SITs on Edusat Network during the year. VP brought out amodified version of Astronomy kit and more activities were incorporated related to Total Solar Eclipse2009 and Annular Solar Eclipse 2010. Workshop on Astronomy conducted for the Madhya Pradeshteachers during 19 - 22 July 2009 at Bhopal in collaboration with M.P Science Centre (Gwalior). A quizprogramme on science was organized during Perfect Health Mela - 2009.

Training and Dissemination

A workshop was conducted on "Understanding Planet Earth" in Bangalore during April 2009. Theprogramme was hosted by National College, Jayanagar and arranged by Karnataka Rajya Vijnana Parishatwith the support of VP.

As a part of the International Year of Astronomy & Total Solar Eclipse Campaign, Vigyan Prasarorganized jointly with NCSTC, 4 Regional Level Training Programme to train master resource personsthrough out the country. About 200 participants, representing State Councils and different ScientificInstitutions/ Agencies, participated.

A national camp on observation of Annular Solar Eclipse was organized during 14-16 January 2010at Kanyakumari. Around 600 children along with 200 coordinators/teachers from 26 States and UTs hadparticipated.

A view inside the aircraft during the TSE-2009

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Book Fairs / Science Fairs / Science Meets / Seminars

VP participated in Delhi Book Fair held in Delhi and World Book at Delhi and National Book Weekorganized by National Book Trust, during the period in different parts of the country. VP participated in aPerfect Health Mela in Delhi. Vigyan Prasar participated in the Gwalior Mela. VP participated in 2ndVigyan Sammelan at Indore during 27 November to 3 December, 2009 organized by Madhya PradeshCouncil of Science and Technology, Bhopal. VP participated in an international conference on Hands onActivities at Science City, Ahmedabad during 27- 31 October 2009. In this conference

International Year of the Astronomy -2009

As part of the International Year of Astronomy (IYA 2009) VP chalked out various programmes fordifferent target groups including a radio serial, a television Serial, publications, activity kit, demonstrations,training, workshops, national campaign on Total Solar eclipse (TSE) and wareness cum popular lectureprogramme.

WADIA INSTITUTE OF HIMALAYAN GEOLOGY

Wadia Institute of Himalayan Geology, Dehradun, has been continuously striving to unravel the geologicaltruth related to building of majestic Himalaya through its present scientific activities centered around fiveMission Mode projects.

Structural and AMS studies in the Garhwal synform of Lesser Himalaya showed that normal faultingacted as reactivated thrusts between different grades of metamorphism that brought them up as pop-upklippen structures. In the light of geochemical evidence, the granitoid rock of eastern Kumaun suggest fortheir derivation from a Paleoproterozoic mafic/intermediate lower-crust reservoir involving arc magmaunderplating. From the field and geochemical studies of eastern Shyok Tectonic Zone, Ladakh it is envisagedthat the orthogneiss, and in-situ remelting of earlier rocks during Miocene times, seems to have played afundamental role in the crustal growth and evolution of the region. Two phases of evolution have beentraced in Manipur Ophiolitic Complex, Indo-Myanmar Orogenic Belt, one involving low degree partialmelting of Mid Oceanic Ridge Basalts and the second phase of sub-aqueous nature of volcanism. Chromiumspinels of Ophiolitic complex also show enriched concentrations of platinum group of minerals (Ir, Os, Ru),that are comparable with the ophiolitic chromites worldwide. The evolution history of the Ultra-high pressurerock is corroborated further through the studies of various phases of fluids present in coesite bearingrocks. Minamiite, a Ca-bearing hydrous sulphate mineral, is reported for the first time in India from theDeccan Volcanic Province at Matanumadh (Kachchh, Gujarat). Its presence can serve as a potential Earthanalogue for the Mars and the Martian conditions. Geochemical investigations of stream sediments inPinjaur Dun, NW Himalaya indicated enhancement of metal concentration due to leaching of metals fromgarbage and industrial sewage.

Continuous radon monitoring along with meteorological/geohydrological observations in a bore holeat the Garhwal Himalaya showed two unique anomalies during June and July 2007, which were consideredprecursory to the M4.9 Kharsali earthquake of 23 July 2007. The studies emphasize that anomalies ofradon can be used as tool for precursor studies of earthquakes. Scientists of the Institute have developeda technique based on the polarization eclipse parameter to distinguish earthquake precursor's signals fromnatural ion solar ionospheric interaction. Lichen studies formed on loops of moraines of Chorabari andDokrani-Bamak glaciers, have shown the retreat of glaciers started about 258 and 314 years respectively.A 4 m thick unit of high-silica rhyolitic tuff breccia crops out between the Sirban Limestone and the base of

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the Subathu Formation in Kalakot area of Rajauri district of J&K. The rock can provide a stratigraphicevidence of the earliest collision between the Indian and the Asian plates and form an important time-synchronous stratigraphic marker horizon in the foreland stratigraphy. The additional palaeontologicaldata from the lower Paleogene successions in the Zanskar Tethyan Zone (Ladakh) has also helped toestablish a revised and more precise zonal scheme based mainly on larger foraminifera.

Under the on-going research programs pursued during the year, the Institute has published more than65 papers till date with 48 papers in SCI journals. It produced four Ph.D. theses, and two theses weresubmitted for award from the scholars pursuing research. As a continuing drive to up-grade analyticallaboratories, a new XRF machine is added to existing facilities. As an academic pursuit, the Instituteorganized a Seminar on "Seismogenesis to PREDiction of earthquakes: Himalaya and Indian SheildPerspective - (SPRED-2009)" on 22-24 October 2009. The Institute jointly with NGRI and ONGC hashosted the 'Forty Sixth Annual Convention of Indian Geophysical Union' and a meeting on "Evolution ofHimalayan Foreland Basin and Emerging Exploration" on 5-7 October 2009. The Institute has also hostedan application training of Electron Probe Micro Analyser (EPMA) organized by M/s Gannon and Dunkerly,Mumbai from 9-13 November 2009. Mr. Michel Outrequin, the application specialist from CAMECA,France imparted the training to EPMA users. On 18 September 2009 a Hindi workshop was organized aspart of Hindi Pakhwara celebrations of the Institute.

The Centre for Glaciology was inaugurated in the Institute by Shri Prithviraj Chavan, Hon'ble UnionMinister of S&T on 4 July 2009. The Multi Parametric Geophysical Observatory (MPGO) established bythe Institute for earthquake precursory research at Ghuttu was formally inaugurated on 28 May 2009. TheInstitute also had the privilege of a visit by Shri Montek Singh Ahluwalia, Deputy Chairman, PlanningCommission and Shri Jairam Ramesh, Hon'ble Minister for Environment & Forest, Government of India.

New XRF machine added to existing facilities of the Institute

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S.N. BOSE NATIONAL CENTRE FOR BASIC SCIENCES

Mandate and Objectives

The S. N. Bose National Centre for Basic Sciences, Kolkata was established in June 1986 as aregistered society functioning under the umbrella of DST. Its objectives are :

� to foster , encourage and promote the growth of advanced studies in selected branches of basicsciences;

� to conduct original research in theoretical and mathematical sciences and other basic sciences infrontier areas, including challenging theoretical studies for future applications;

� to provide a forum for personal contacts and intellectual interaction among scientists within the countryand also between them and scientists abroad;

� to train young scientists for research in basic sciences.

Major theme for the Eleventh Five Year Plan• Focus on areas of research where we can make an impact internationally and also there is a national

need.• Facility development (both technical and physical) that is commesnurate with the research objectives.• Establish the centre as a major hub of advanced schools and colloquia as per its original objectives.• Effective advanced manpower training in the areas of basic sciences.• Performance enhancement through positive intervention.

In the 11th plan period the major research areas are as follows:• Physics of nanomaterials including application-specific materials development.• Advanced computational materials science including soft condensed matter.• Interface of biology and condensed matter physics including fluctuation and stability of biomolecules,

DNA-protein interactions and biomolecular recognition in physiological conditions , biology of extremeconditions , application of ultra fast spectroscopy in biomolecules and quantum effects in fast molecularand non-adiabatic process.

• Theoretical work on black holes and its cosmological consequences. And Astrochemistry

Significant Scientific & Technical Achievements

Research

a) Femtosecond Laser system for time-resolved magneto-optical Kerr microscopy of Nano structurematerials.

b) Two cluster computer based high performance computing facility is functional.

Major New Physical Infrastructure

The number of students in the Centre has increased manifolds. Work on construction of new IntegratedHostel Block has started in December 2009. Civil work for Clean Room is nearly completed.

Teaching

a) No. of Post B.Sc Integrated Ph.D students intake : 09b) No. of Post M.Sc Ph.D Programme students intake : 24c) No. of Ph.Ds submitted/ awarded : 14

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Department of Theoretical Sciences

The Department had activities in several areas resulting in 43 publications. Studies on gravity andblack hole thermodynamics including their connection with non-commutative geometry were done.Renormalisation group ideas were invoked to study differential equations and non linear phenomena.Connections of SU (2) group to monopoles and flux strings hile that of SU(3) to Schwinger bosons wererevealed. Weighted trade network, stochastic external model, topological excitations and the Kohn anomalywere some other topics. In mathematical physics, nonholonomic deformation, Sundman transformationand various aspects of lagrangian formalision were investigated.

Department of Material Sciences

The department is working on various theoretical and experimental aspects of condensed matter. Inthe theoretical side various aspects of spin orbit interactions in some materials; effects of disorder insuperconductivity, ab-initio recursion method of studying electronic structure of alloys; field theoretic approachfor quantum spin models; nano clusters of transition metals and noble metals; and metal insulator transitionsin various transition metal oxides. In the experimental side, there are various measurements on nanomagnetsin chains and clusters and vortex arrays; binary and ternary magnetic alloys; magnetic oxide nanoparticlesand nanowires, magnetocaloric effects and multiferroics; and thin films and bulk smart materials likeferromagnetic shape memory alloys and optically active oxides are studied.

Department of Chemical, Biological and Macromolecular Sciences

The Department is active in the area of research of chemical and biological and condensed molecularand mesocopic systems. In biophysics area, various drug-DNA, and proteins in solvents are studied withthe large scale use of Ultra Fast

Spectroscopy and through the theoretical modelling. Various solvent response properties are studiedusing statistical mechanical and simulation procedures along with the experiments of spectroscopy. Variousmolecular and mesoscopic systems in condensed phases are studied quantum mechanically and with thequantum statistical mechanical methods.

Ultra Fast Spectroscopy Laboratory – SNBNCBS

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Department of Astrophysics & Cosmology

Significant research progress has been made in the following four areas:

(i) Accretion disks of black holes,

(ii) Cosmological dark matter and dark energy,

(iii) Quantum information theory,

(iv) Ionospheric studies.

The phenomenon of high energy radiation from propagating shock waves in accretion disks of blackholes, known as quasi-periodic oscillations, has been studied in detail. Hydrodynamic simulations of sub-Keplerian accretion flows have been performed. QPO frequencies have been used to estimate the spinparameter. Monte-Carlo simulations of the thermal Comptonization process has been performed.

A mechanism that could be responsible for the present acceleration of the universe has been investigatedusing kinetic energy driven scalar field models (k-essence). Unified models of dark matter, dark energyand early inflation have been constructed. Their parameters are constrained through the analysis of CMBRand Supernovae observational data. Astrophysical constraints have been obtained on surviving primordialblack holes in Brans-Dicke theories.

Demonstration of quantum information processing with single particle path-spin hybrid entangledstates have been carried out. Protocols for entanglement swapping and information transfer have beendeveloped using such states.

Very low frequency studies of the ionosphere has been launched by obtaining VLF signals from allover the country. A theoretical model being developed to understand the behavior of the signals has led tosome interesting preliminary results on ionospheric anomalies due to seismic activities.

Publications

43 Papers by scientist working in the Department of Theoretical Sciences, 29 papers by those inDepartment of Material Sciences, 23 under the aegis of Department of Chemical, Biological, MacromolecularSciences and 24 by scientists of Department of Astrophysics & Cosmology were published in variousinternational & national journals.

An edited volume was published by AIP, NY. ”Astrophysics and Cosmology after Gamow”:Proceedings of the 4th Gamow International Conference on Astrophysics and Cosmology After Gamowand the 9th Gamow Summer School “Astronomy and Beyond: Astrophysics, Cosmology, Radio Astronomy,High Energy Physics and Astrobiology”Chakrabarti, Sandip K.;Zhuk, Alexander I.;Bisnovatyi-Kogan, Gennady S.2010 AIPC.1206.....C

Conferences Held

Sl Title of the Conference Date

01. Physics of New Materials 16-18 Jan. 2010

02. Magnetism, Superconductivity and Phase Transitions 11-14 Nov. 2009In Novel and Complex Materials : MSMO9 Meeting

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03. Workshop on Applications of Dual Beam Scanning 08-09 Oct. 2009Electron Microscope and Environmental ScanningElectron Microscope

04. Introduction to Parallel Computing 06-08 Oct. 2009

05. Very Low Frequency Radio Waves Frequency and 14-18 Mar.2010Observation

THE NATIONAL ACADEMY OF SCIENCES

During the 79th Annual Session of the National Academy of Sciences, India, a Symposium entitled"Science and Technology and the Young (Career, Creativity, Excitement)" was organized to inspire theyoung for taking science as their career. The Inaugural Session was held on 14 December 14 2009 atKolkata and Special Address was delivered by Dr. (Mrs.) Manju Sharma while Prof. M.G.K. Menonwhile delivering the Inaugural Address. NASI-Reliance Industries Platinum Jubilee Awards for the year2009 were also presented and 2 books on Darvin and one special issue of the proceedings of the NASI onParasitology released. About 200 research papers were presented in the scientific sessions held during79th Annual Session.

Science Communication Activities & National Science Day Celebration

Like previous years, the Academy organized science communication activities to stimulate the studentsfor cultivation of scientific temperament and to opt science as a career. The activities organized during theyear included workshop for the teachers, talent search, science extension lectures, science quiz, debate,oration, exhibition, scientific writing/painting contest, winter scahool and summer school.

Jal Chaupal

Saket Girl's Inter & Degree College, Pratapgarh taking a note of rising cases of water borne diseases,especially fluorosis and other related ailments in the area, requested NASI to organise a Jal Chaupal/Workshop on Water Conservation, Purification and Training to make the people aware about the importanceof safe water in their life and also to train them to test the water samples as well as purify by adoptingsimpler methods.

Science Extension Lectures

The Academy organized a teacher's workshop on Mathematics on 19-20 September 2009. 80teachers from the intermediate colleges of UP, MP and Bihar participated in the workshop. The Academy,after receiving the extension for the DNA Club project from the DBT organized Vacation Training Programmeand Summer School in June 2009. A four days winter schoolin February 2010 at Allahabad was also held.Several Science Communication Activities were also conducted at NASI to celebrate National ScienceDay 2010. A Symposium on "Self-reliance through Innovations in Science & Technology" - incommemoration of the 150th Birth Anniversary of Sir J. C. Bose was held on 2 May 2009 at NationalInstitute of Plant Genome Research (NIPGR), New Delhi. Further, a two day Brain Storming Session onSafe Water for Rural and Urban India held at Allahabad on 9-10 July with World Health Organization

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(WHO) support in collaboration with Sulabh International Academy of Environmental Sanitation (SIAES)followed by Allahabad Declaration

Publications of the Academy

The Academy published several scientific periodicals and other publications including Proceedings ofthe National Academy of Sciences, Section A, Physical Sciences- (Quarterly); Proceedings of the NationalAcademy of Sciences, India, Section B, Biological Sciences - (Quarterly); Spl. Issue of the Proceedingsof the National Academy of Sciences, India, Section B (Biological Sciences), 2009 on 'Parasitic Infectionsof Pharmaceutical and National Health Importance"; National Academy Science Letters- (Bi-monthly);Year Book 2010; Abstracts of Papers of Biological Sciences Section and Physical Sciences Section of79th Annual Session.

Memorial Lectures, Awards & Fellowships

Academy organized Prof. R.N. Tandon Memorial AwardLecture in the National Institute of Plant Genome Research on 1May 1 2009 besides Prof. Ranjan Memorial Award Lecture. Prof.B.K. Bachhawat Memorial Young Scientist Award Lecture (2008)was conferred on Dr. Saman Habib, Scientist, Molecular & StructuralBiology, CDRI, Lucknow. Prof. R. N. Tandon Memorial AwardLecture (2008) was delivered by Prof. Pramod Tandon, ViceChancellor, North-Eastern Hill University, Shillong on 17 July 2009.In addition, NASI- Senior Scientist Platinum Jubilee Fellowships(2010) have been awarded in Physical Sciences and BiologicalSciences.

Fellowship and Membership

The Academy has a total of 1511 Fellows including 29 Honorary Fellows and 82 Foreign Fellows.These include scientists from all disciplines of Science and Technology from India and abroad.

INDIAN NATIONAL SCIENCE ACADEMY

Hon'ble Prime Minister of India Dr. Manmohan Singh inaugurated the Platinum Jubilee year of theAcademy on 10 January 2009 at a function held at the Indian Institute of Technology, Delhi. During thePlatinum Jubilee Year, two new initiatives- Setting up of a Science Policy Study Cell and INSA Archivewere enunciated by the Council.

Under the Inter Academy Programme on Science Education, INSA along with IASc., Bangalore andNASI, Allahabad together initiated programmes under (i) Summer Research Fellowships; (ii) RefresherCourses; (iii) Lecture workshops and (iv) Post-School Science Teaching Programmes.

Apart from release of routine INSA journals, the Academy brought out several special publicationsduring the years which were released by Dr. APJ Abdul Kalam.

Capacity Building

With the aim of recognizing young scientists of extraordinary promise and creativity, the Academyinstituted INSA Medal for Young Scientists since 1974. During the period, the Academy selected 28

Dr. Saman Habib delivering theaward lecture

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young scientists for INSA medal for young scientists. The Academy has so far instituted 62 awardsincluding 3 awards for Young scientists, to honour eminent scientists in different fields. This year 16 awardsincluding 4 General Medal/ Lectures have been given.

Academy, under its science promotion activities, offered 13 superannuated Fellows Senior Scientistsposition. The Academy has raised the honorarium and contingency attached with the senior scientist toRs.20000/- and contingency to Rs.50000/- per annum from 1st January 2008.

Centre for Co-operation in Science & Technology among Developing Societies (CCSTDS), Chennaiis primarily engaged in developing major capacity building programmes for developing societies. TheCentre functions under the auspices of INSA with grant primarily obtained from the DST with additionalsupport from other S&T agencies. The CCSTDS has been active during this period continuing its activitiesregarding support to Indian scientists for participation in international conferences abroad, Fellowshipgiven to scientists/ technologists from Developing Countries, science awareness programme for schoolchildren besides training of women scientists on patents.

For global scientific cooperation, INSA is the adhering organization in India to International Councilfor Science (ICSU) and its Unions to organize the following events: International Mathematical Union(IMU) General Assembly in Hyderabad in 2010; Committee on Space Research (COSPAR) GeneralAssembly in Mysore in 2012; TWAS General Assembly, Hyderabad, October 2010; InternationalGeographical Union (IGU) Regional conference in New Delhi in 2014.

Eight Indian Scientist are holding senior positions in ISCU bodies. Besides, around hundred areengaged in various committees/ commissions/ task forces of ICSU Unions.

Meeting of Science Academies of G8+5 Countries

The Indian National Science Academy participated in the Joint Academy Panel of the science academiesof the G8 countries and five others (Brazil, China, India, Mexico, South Africa) organized by the AcademiaNazionale dei Lincei held on 26-27 March 2009 in Rome. Fossil fuels being main sources of energy, themeeting discussed the science related issues required to address the concerns pertaining to greenhouse gasemissions. Joint Statement on Climate change and the Transformation of Energy Technologies for LowCarbon Future presented by the G8+5 Academies is accompanied by a document by the Network ofAfrican Science Academies (NASAC) entitled Brain Drain in Africa and released on 11 June 2009.

During the period, regular publication activities continued and Indian Journal of Pure and AppliedMathematics (IJPAM); Proceedings of Indian National Science Academy and Indian Journal of Historyof Science were brought out. The Academy has, since 1 January 2010 started co-publishing IndianJournal of Pure & Applied Mathematics with M/s.Springer India Pvt. Ltd.

During the period, 31 Indian scientists visited abroad under various bilateral exchange programme ofINSA with the different Academies of the World. Fifteen foreign scientists visited different research institutesin India under the programme. The academy also provided 92 partial financial support to participate invarious International conferences held under ICSY banner abroad.

Election of Fellows / Foreign Fellows

Thirty eminent Indian scientist and 5 overseas scientists were elected to the Fellowship and ForeignFellowship of the Academy respectively during the year 2009 (effective from 1 January 2010).

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Symposium on "Nutrition Security for Inda-Issues and Way Forward"

A symposium on Nutrition Security for India -Issues and Way Forward organized by INSA on 3-4 August 2009. The recommendations were released during concluding events of the Platinum Jubileecelebrations.

Planitum Jubilee Concluding function

� The concluding function of the Platinum Jubilee Year of the Academy was inaugurated by Her ExcellencyPresident of India, Smt. Pratibha Patil on 7 December 2009 at Saha Institute of Nuclear Physics,Kolkata.

� As a mark of Platinum Jubilee Ceremony three symposia and three special lecturers were held during7-9 December 2009.

� During the concluding function of the Platinum Jubilee the Academy released following seven SpecialPlatinum Jubilee Publications.

� Compendium of Fellows of Indian National Science Academy (Volume I and Volume II)

� Bright Sparks - Inspiring Indian scientists from the past by Dr. Arvind Gupta, IUCAA, Pune)was released by Shri Prithviraj Chavan, Hon'ble Minister of State (IC) for S&T and EarthSciences

� Platinum Jubilee of the Indian National Science Academy, Proceedings of the Inauguration

� Special Issue of Indian Journal of Pure & Applied Mathematics

� Future Directors of NMR edited by Professor CL Khetrapal & Professor Anil Kumar.

� Astronomy edited by Professor T. Padmanabhan.

JAWAHARLAL NEHRU CENTRE FOR ADVANCED SCIENTIFIC RESEARCH

Jawaharlal Nehru Centre for Advanced Scientific Research, Bangalore was established in the year1989, to commemorate the birth centenary year of Pandit Jawaharlal Nehru with the prime objectives ofcarrying out frontline research in selected thrust areas of science and engineering and to promote collaborativeresearch with scientists at institutions in the country and abroad. The Centre carries out research in Chemistryand Physics of Materials Unit (CPMU), Engineering Mechanics Unit (EMU), Evolutionary and OrganismalBiology Unit (EOBU), Geodynamics Unit (GDU), Molecular Biology and Genetics Unit (MBGU), NewChemistry Unit (NCU), Theoretical Sciences Unit (TSU) and International Centre for Materials Science(ICMS).

During the year, JNCASR has made rapid progress in all spheres of academic activities. An MS-Ph D in Chemistry and Biology has been started to facilitate the undergraduate students in their pursuitof research degrees. With 56 new students admitted, the total strength of the students stood at 183.The Centre awarded 27 degrees for PhD, MS (Engg.) and MS by research. Seven candidates from R& D institutions/ colleges have been offered Visiting Fellowships for 2009-10. The Summer ResearchFellowship Programme (SRFP), the Project Oriented Chemical Education (POCE) and the ProjectOriented Biological Education (POBE) programmes are progressing well. 7 candidates are working inpremier institutions under the DST Postdoctoral Fellowship in Nano Science and Technology. The Facultymembers published about 290 research papers in reputed international and national journals.

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The Faculty of the Centre received many awards and distinctions. Prof. C N R Rao received theQueens' Royal Medal of Royal Society of London and August-Wilhelm-von-Hofmann Medal awardedby the German Chemical Society. Prof. M R S Rao has been honoured with the Padmashri Award byGovernment of India. Many Faculty members received recognitions like the Shanti Swarup BhatnagarAward, National Bioscience Award, B M Birla Prize and Fellowships of the Science Academies.

At the CPMU, a new composite polymer (the new grapheme), the hardest and stronger than thestrongest metal which has several commercial applications for building super capacitors has been unveiled.The faculty of MBGU, in collaboration with NIMHANS, discovered the gene responsible for causing hotwater epilepsy at chromosome 10q21.3-q22.3, which is the first identification of a locus for this unusualneuro-behavioural disease. The faculty also found a link between acetylation of the histone chaperoneNPM1 and manifestation of oral cancer to serve as a diagnostic marker for oral cancer progression andabnormal acetylation for a potential therapeutic target. EOBU researchers demonstrated for the firsttime in the world negative genetic correlations between developmental rate and larval feeding rate,evolution of clock properties under different day:night cycles showing the adaptive evolution ofcircadian clocks; endogenous nature of the egg laying rhythm in fruitflies and the role of moderatemigration in promoting among-patch asynchrony, leading to stabilization of metapopulations.

The Centre for Computational Materials Science developed a new interatomic potential model foratomistic simulations of a room temperature ionic liquid, [bmim][PF6] based on results from ab initio MDsimulations as well as physical property data from experiments.

ICMS established major scientific facilities like Ultra High Resolution Electron Microscope, PulseLaser Deposition, Molecular Beam Epitaxy System, X-ray Diffractometer , FE-SEM, Technai, Plasmacleaners, Ion Millers and others. The ICMS signed MoUs with many leading Universities abroad andconducted two international winter schools and many seminars/ workshops. Two new research projectsunder ICMS have been started in collaboration with Purdue and North Western Universities with thesupport of IUSSTF, New Delhi.

Besides developing CD ROMs on Learning Science and Nanoworld, the Education TechnologyUnit and the C N R Hall of Science conducted various programmes to motivate school teachers andchildren towards science. These programmes include teachers training, lecture demonstrations, paneldiscussions, visit to various laboratories, interactions with scientists, etc.

Prof. C N R Rao delivered lectures to about 10000 students and teachers all over the country onLearning Science, Nanoworld and Celebration of Chemistry .

The Centre filed many international and national patents. Some of the inventions have been licensedand negotiations are in progress for licensing of other inventions. .

The Centre continued to expand its formal ties with other research organizations. A CoordinationAgreement has been signed for a collaborative project under the Seventh Framework programme of theEuropean Community for the project "Modeling of Nano- scaled Advanced Materials Intelligently(NONAMI). A Memorandum of Understanding (MoU) between Bhabha Atomic Research Centre (BARC)and JNCASR has been signed for the project for Development of Test Facility for different studies.

During the year, 28 Discussion Meetings/ Workshops were supported, about 80 seminars, 20Fluid Dynamics Colloquia, 2 JNC Colloquia, 4 International Conferences/ Workshops/ Schools and 5Endowment Lectures by eminent scientists were held.

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INDIAN SCIENCE CONGRESS ASSOCIATION

The Indian Science Congress Association (ISCA), Kolkata is a premier scientific organization of thecountry established in 1914. ISCA has been promoting science and inculcating the spirit of science throughits multifarious activities. ISCA meets in the first week of January in an Annual Congress of scientists,science administrators, policy makers and the general public to give a stronger impulse and a more systematicdirection to the scientific inquiry, to promote the interaction of societies and individuals interested in sciencein different parts of the country and to obtain a more general attention to the objects of pure and appliedsciences. ISCA brings together scientists both from India and abroad for mutual interaction in the cause ofnational development. Annual Congress of the Association has been held every year ever since 1914 witha very distinguished scientist as its General President.

The Association was formed with the objectives to advance and promote the cause of Science inIndia; to hold an Annual Congress at a suitable place in India; to publish proceedings, journals, transactions,etc. and to popularise Science. Since its foundation, the Association has steadfastly worked to uphold itslofty objectives.

Activities of ISCA Chapters

The Association started organizing popular science lectures in different centers in India from 1962-63. In the year 2009-2010 activities have been carried out in 22 ISCA Chapters which are at Allahabad,Amravati, Banasthali, Bangalore, Baroda, Bhopal, Bhubaneswar, Bodh-Gaya, Chennai, Coimbatore, Delhi,Guwahati, Hyderabad, Jaipur, Jammu, Kanpur, Karnal, Kolkata, Mumbai, Nagpur, Shillong andVisakhapatnam. The Chapters celebrated National Science Day, Engineers Day, Doctors Day, WorldEnvironment Day, Technology Day, etc and also organized different national seminars and awarenessprogramme throughout the year.

Representation in Foreign Scientific Meeting

General Secretary (Outstation) ISCA represented ISCA in the 65th Session of American Associationfor the Advancement of Science (AAS) at San Diego, California during 18- 22 February 2010 whilemember Executive Committee represented ISCA in the 65th Session of Sri Lanka Association for theAdvancement of Science (SLAAS) at Colombo during 7 - 11 December 2009.

Publications

Proceedings of the 95th Annual Session of the Indian Science Congress Association, Recommendationsof 96th Indian Science Congress Association and Synopses of the Presentations of ISCA Young ScientistAwardees for 2008, and Abstracts of Young Scientists' Award Programme of the 96th Indian ScienceCongress were published. Four issues of the bi-monthly journal 'Everyman's Science' were also broughtout.

97th Indian Science Congress

The 97th Indian Science Congress was held at Thiruvananthapuram under the auspices of the KeralaUniversity during 3-7 January 2010. The Focal Theme of the Congress was "Science & TechnologyChallenges of 21st Century - National Perspective". The session of addressed several thrust areasthrough plenary, symposia, panel and round table deliberations to make the world, in general and India, inparticular a knowledge empowered society.

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Focal Theme Sessions

Plenary lectures were on the themes: Science & Technology Challenges of 21st Century- NationalPerspective, Space Summit; Food and Nutritional Security; Current Issues on Biomedical Research Studies;Weather, Climate & Environment; Nanotechnology, and Education; Biotechnology; Biodiversity &Sustainable Development; Energy; Information Technology.

Besides the above, there was platinum jubilee lectures, endowment lectures, contributory papers,poster presentations and young scientist award competitions in 14 different sections viz. Agriculture andForestry Sciences; Animal, Veterinary and Fishery Sciences; Anthropological and Behavioural Sciences(including Archaeology and Psychology & Educational Sciences and Military Sciences) ; Chemical Sciences;Earth System Sciences; Engineering Sciences; Environmental Sciences; Information and CommunicationScience & Technology (including Computer Sciences); Materials Science; Mathematical Sciences (includingStatistics); Medical Sciences (including Physiology); New Biology (including Biochemistry, Biophysics &Molecular Biology and Biotechnology); Physical Sciences; and Plant Sciences. A series of special lecturesand public lectures was organised.

Awardees

The following awardees were selected for 2009-2010. The awards were conferred to the respectiverecipients by Hon'ble Prime Minister of India, Dr. Monmohan Singh :

Asutosh Mookerjee Memorial Award - Dr.T. Ramasami, New Delhi

Srinivasa Ramanujan Birth Centenary Award - Dr.Rajinder Jeet Hans-Gill, Chandigarh

Jawaharlal Nehru Birth Centenary Awards - Dr.Montek Singh Ahluwalia, DelhiDr.Sudha Nair, Chennai

M.N. Saha Birth Centenary Award - Prof.S.M.Chitre, Mumbai

P.C.Mahalanobis Birth Centenary Award - Prof.Manindra Agrawal, Kanpur

P.C.Ray Memorial Award - Dr.Ganesh Pandey, Pune

H.J.Bhabha Memorial Award - Dr.Anil Kumar, Pune

J.C.Bose Memorial Award - Prof.N.K.Gupta, Delhi

Vikram Sarabhai Memorial Award - Dr.K.Radhakrishnan, Trivan'rum

B.P.Pal Memorial Award - Dr.Lalji Singh, Hyderabad

Raj Kristo Dutt Memorial Award - Dr.V.S.Chauhan, New Delhi

Prof.R.C.Mehrotra Memorial Life Time - Prof.R.Ramamurthy, TirupatiAchievement Award

M.K.Singal Memorial Award - Prof.Satya Deo, Jabalpur

Millennium Plaques of Honour - Dr.R.Gadagkar, BangaloreDr.D.Datta, Mumbai

Excellence in Science and Technology Award - Dr.Srikumar Banerjee, Mumbai

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The following awards were also present during 97th Science Congress :

B.C.Guha Memorial Lecture - Dr.Malavika Vinodh kumar

Prof.Sushil Kumar Mukherjee - Dr.A.K.Singh, New DelhiCommemoration Lecture

Prof.S.S.Katiyar Endowment Lecture - Dr.Sudhir Sopory, New Delhi

Pran Vohra Award - Dr.Anirban Ray, Kolkata

Prof.K.P.Rode Memorial Lecture - Dr.Satyananda Acharya, Bhubaneswar

Prof.Hiralal Chakravarty Award - Dr.Gitanjali Yadav, New Delhi

Public Lectures were given by Dr APJ Abdul Kalam, Prof CNR Rao, Prof M G K Menon, Dr JohnC Mather, NL, Prof Roger Tsein, NL, Prof U R Rao and Prof Atul Gurtu.

The Science Congress was attended by about 7000 delegates from India and abroad including twoNobel laureates Dr John C Mather and Prof Roger Tsein from United States of America. About 2000scientific and Technical papers were presented including those presented during 40 plenary sessions. Inaddition, Children's Science Congress was organised at the 97th Indian Science Congress which wasattended by 3500 school children from all over India. A special session on Science Communicators Meetwas also arranged. The Science and Technology Exhibition "Pride of India" organised on the occasionattracted about 2,50,000 visitors who were mainly students of different age groups.

INSTITUTE OF ADVANCED STUDY IN SCIENCE & TECHNOLOGY

Material Sciences Division

Observation of rarefactive ion acoustic wave in multi component dusty plasma

It has found that, in the present dusty plasma condition, applied rarefactive (negative) voltage pulsecannot break into rarefactive solitons until a sufficient concentration of negative ions are introduced into thedust plasma. The velocity of rarefactive solitary wave in multi-component plasma with negative ion isgreater than that in presence of negatively charged dust. The velocity and width of the solitary waves aremeasured as a function of wave amplitude from the temporal evolution of wave using the Langmuir probeand compared with numerical results of the K-dV-Burgers equation. Presence of dust introduces dampingof ion acoustic wave and thereby modifies the balance between dispersion and nonlinearity. The Machvelocity and width of the solitary wave are also modified. However, the waves still maintain solitary wavecharacteristics.

Observation of near electron free plasma containing only negative ions and positive ions and study ofsheath properties in a very low temperature plasma:

Production of very low temperature (~ 0.1 eV) and low density plasma and study of dust chargingprocess in such plasma with the effect of external magnetic field have been investigated. Nearly electronfree plasma containing only negative ions and positive ions has been produced and study of sheath propertiesin such plasma under well-controlled laboratory condition performed.

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Dust charging in a low temperature and low density plasma produced using a magnetic filter

The charging mechanism of micron sized dust particles in very low temperature plasma in presence ofmagnetic field has been investigated. It has been observed that the average dust charge increases with theincrease of magnetic field strength (10-100 Gauss). Such type of low temperature and low density plasmacan be useful in study of lower ionospheric plasma and other basic plasma processes.

RF plasma polymerization process for surface modificationof bell metal

Research work has been carried out for development of RFplasma polymerization technique for surface modification of bellmetal which is commonly used in preparing idols, utensils andother decorative items. The work results in successful depositionof highly adherent, hard and scratch resistant polymer films(polystyrene and hexamethyldisiloxane) on bell metal substrates.Moreover these optically transparent polymer films exhibit stable chemical and thermal behaviors, therebyindicating that RF plasma polymerization can be a convenient and effective technique for surface protectionof bell metal.

Synthesis of Organic-Inorganic Nanocomposite thin films by plasma based technique:

The applicability of PACVD process for synthesis of nanocompositefilms of metal oxide/ conducting polymer has been investigated. Filmshave been deposited in a plasma CVD system and plasma parametershave been optimized for achieving the right condition for formation ofnanocomposites. TiO

2/Polyaniline nanocomposite films of thickness 300

nm to 500 nm have been deposited under optimized condition withTiO

2 particle size of 3 nm to 5 nm as confirmed from TEM and XRD

analyses. The composition of the deposited films has been studied usingFT-IR. The optical properties of the deposited films are characterizedwith UV-Vis spectroscopy and Ellipsometry measurements. Electricalresistivity measured by four probe technique shows that nanocrystallineTiO

2/ Polyaniline film has a resistivity of ~102 ohm-cm, which is 7 and

10 orders lower than plasma prepared Polyaniline and TiO2 respectively.

This shows strong potential of application of TiO2/ Polyaniline

nanocomposite film for different types of device fabrication e.g Solar Cell and Sensor.

Synthesis of PCHMAS, PCHAS, PCHPES

Synthesis of Poly-sulfone of Cholesteryl methacrylate (PCHMAS), Cholesteryl acrylate (PCHAS),Cholesteryl 4-pentenoate (PCHPES) and its Co-poly-sulfone with n-hexene PCHMASH, PCHASH,PCHPESH have been completed and a proto type device as thermistor has been developed.

Monolayer self assembly of Patterned Organosilane study, Development of AFM based tip inducedmethod for fabrication of templates for making polymer nanowire on self assembled monolayer.

TEM image of Polyaniline/TiO2

nanocomposite thin film deposited byplasma polymerization and magne-tron sputtering combined process.

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Mathematical Sciences Division

Different classes of sequences single as well as double of crisp and fuzzy sets have been introducedand their different metric and algebraic properties have been investigated in detail. Also relationships betweenthe introduced classes of sequences have been established. It includes the ideal convergence of sequences.

Queueing theory is a significant area of current research in the branch of Applied Stochastic Process.In this context, some important investigations have been made on different branches of queueing theorysuch as Retrial models, Vacation models and Control of queues. Concepts of Bernoulli admissionmechanism under two different retrial policies viz. classical retrial policy and linear retrial policy areintroduced for unreliable retrial model with two phases of service. Such types of models have potentialapplications in modern telecommunication systems and digital communication systems. Moreover, optimalmanagement for the type of queuing system with two phases of service for unreliable server under hasbeen designed.

Images pertaining to different modalities of breast and cervix cancer are being collected. The historyregarding each patient is also being collected. The images are pathological, cytological and radiologicalimages. At first, features regarding some pathological images have been discussed with the doctors andidentified. Based on this some preliminary image processing (edge detection and shape analysis) has beendone and shown to the doctors. The process of pattern recognition (which include fuzzification) is inprogress.

As of now we have collected 450 units of data. And the blood samples, which had been refrigeratedat 4oC so that it remains intact, are now being processed in the AAS. Also the database has been createdin SPSS and data entry of the collected data is being done.

Resource Management and Environment Division

A. The five lotic systems have been surveyed and the fishes identified. A total of 112 fish species havebeen recorded from all the landing sites. Some rare fishes have been recorded during the studyperiod including new range extension of a number of species. Tenga watershed was surveyed andidentification of fish fauna has been completed. Plantation in polluted oil field has been completed.This is the first ever field trial of Phytoremediation technique in the oil fields of Upper Assam.Thetechnology was developed at IASST

Three Grass species viz., Cyperus brevifolia, Cyperus rotundus and Axonopus compressus wereplanted for phytoremediation ability for the cleanup of hydrocarbon-contaminated soil in field conditions.The plant showed effective results in reducing TPH. GC, TLC-FID revealed the significant degradationof saturates, aromatics and asphaltins by these plants. Significant changes were observed in the totalpetroleum hydrocarbon (TPH) content, soil nutrient status and the number of aerobic bacteria. Invitro bioremediation showed promising results in TPH degradation by native aerobic bacteria.

B. Remediation studies using petroleum hydrocarbon contaminated soil (artificially contaminated withcrude oil of Assam) were conducted under different pH values and different NPK environments.From the detailed remediation (degradation measured with net loss of TPH) studies during six monthsof experimentation, there was significant degradation of petroleum hydrocarbons at pH 4.5 and 7.5.In general, soil responded most positively to pH increase from original pH to pH 7.5. It is observedthat the degradation continued to improve with increase in concentration of NPK fertilizer. Soilresponded most positively to 90% NPK fertilizer.

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Life Science Division

The Institute is concentrating on the traditional/ folk medicine used against the liver ailments, Diabetesmellitus, hyperglycemia, inflammatory problems and Skin ailments using in vitro and in vivo models. Presently,a herbal formulation has been developed and its pre-clinical toxicity has been assessed against variousanimal models during this period. Antioxidant activities of certain indigenous fruits of the N. E. regionstudied and found very encouraging results. The four color morphs and wild counter part of mugasilkworm (Antheraea assamensis) have been documented among the semi domesticated color morph andwild counterpart.

The scientists of the Institute published 33 papers in referred journals and many of them were honouredat various Conferences and by several agencies. They also delivered scores of lectures/ talks at severalConferences and Seminars. The Institute has 31 research scholars and during the year PhD was awardedto 3 scholars.

Ongoing Projects

i. "Investigation of collective processes in laboratory dusty plasma", sponsored by ISRO, GoI.

ii. "Basic experiments in multicomponent plasma with negative ions", sponsored by DST.

iii. "Development of RF Plasma polymerization process for deposition of hard transparent and corrosionresistant coating on Bell metal and surface modification of muga silk fibres" sponsored by DAE, GoI.

iv. "Studies on the discharge characteristics of pulsed plasma system for synthesis of conducting polymerfilms" sponsored by DST, GoI.

v. "Development of Liquid Crystalline Polymer" funded by MIT, DIT, GoI. "Surface self-assembly@ constructive nanolithography enroute to polyaniline based nano devices", sponsored byDST, under SERC, Fast Track Scheme.

vi. "Study of the Coherent Structure of Dust-ion-acoustic Nebulons in the Interstellar Space Plasma aswell as on the Surface of Moon and Rotating Stars", sponsored by ISRO-RESPONS.

vii. "Studies on Some Pattern Recognition and Machine Models with Application to Real Life ProblemsRelated to Cancer Data and Development of Algorithms based on Pearsonian Systems of Curves",sponsored by DST.

viii. "Nutritional Status of the pregnant women in the low socio economic areas in Kamrup District"sponsored by CSO, MoSPI, GoI.

ix. "A study on Ichthyofaunal Diversity in five lotic ecosystems of Kamrup district, Assam and ecobiologicalstudy of two species of conservational importance" sponsored by NBFGR, Lucknow.

x. "Study of Aquatic biodiversity in selected watersheds of Arunachal Pradesh, India" sponsoredby DST.

xi. "Field application of phyto and bioremediation technique for reducing oil contamination developedat IASST, Guwahati in collaboration with Oil India limited", sponsored by Oil India Limited, Duliajan.

xii. Development of Broad Spectrum remedy from Natural Sources for Healthcare with SpecialReferences to Skin Ailments DRDO, Ministry of Defence, GoI.

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xiii. Plant-Diversity & Environment Education through Students of Assam, DST, GoI. "Evaluation ofantioxidant property of some selected fruits of North East India - a biochemical approach", sponsoredby DST.

xiv. "Evaluation of antioxidant property of some selected fruits of North East India - a biochemicalapproach", sponsored by DST, GoI.

xv. Study of the effect of leaf extracts of Clerodendron colebrookianum Walp (Nefafu) on lipidperoxidation, lipid profile and antioxidant status in cholesterol fed rat", sponsored by ICMR, GoI.

xvi. "Development of a package for seed production of muga silkworm", sponsored by, NABARD.

xvii. "Assessment of Impact of intake of aratificial colours through foodstaffs available in the North EasternRegion including Sikkim", sponsored by North Eastern Council.

xviii. "A systematic study on phisico-chemical properties of muga silk (Antheraea assama) fiber producedin India", DST.

xix. "Development of Grainage of muga silkworm using indoor rearing technique", sponsored by ASTEC,Govt. of Assam.

xx. "Rehabilitation of degraded soil of Upper Assam due to excessive mining of Coal", sponsored byMinistry of Environment and Forest, Govt. of India.

xxi. "Assessment of Impact of Anthropogenic Activities on Soil/ Water and Certain Medicinal Plants inand around Bharalu River", sponsored by Ministry of Environment & Forest, Govt. of India.

CENTRE FOR LIQUID CRYSTAL RESEARCH

Targeted research niches of Centre for Liquid Crystal Research (CLCR), Bangalore and itsnational significance/intended end-users is as follows:

Fast responding robust nematic liquid crystalline gels formed by a monodisperse dipeptide;electro-optic and rheological studies

CLCR has used a novel liquid crystalline mono-disperse homomeric dipeptide (GSC98) for creatingthe gel matrix with the nematic liquid crystal E7. The electro-optic and rheological measurements of liquidcrystal gels formed by mixtures of these two showed that the gelation improves the dynamic characteristicsof the electro-optic switching of the device employing these gels, by as much as two orders of magnitude.The property results in a robust fast responding liquid crystal display device.

Soft glass rheology in liquid crystal gels

Extensive rheological and thermal investigation has been carried out on varied concentration of thegelator (GSC98) in nematic liquid crystal E7, the concentration range being 0.2 wt% to 10 wt %.Among the several compositions of the gels studied, for certain concentrations, the calorimetric scansdisplay a two-peak profile across the chiral nematic-isotropic (N*-I) transition, a feature reminiscent ofthe random-dilution to random-field crossover observed in liquid crystal gels formed with aerosol particles.All gels showed shear thinning behavior without a Newtonian plateau region at lower shear rates. Smalldeformation oscillatory data at lower frequencies exhibited a frequency dependence of the storage (G’)and loss (G’’) moduli that can be described by a weak power-law, characteristic of soft glassy rheological(SGR) systems. At higher frequencies, while lower concentration composites have a strong frequency

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dependence with a trend for possible crossover from viscoelastic solid to viscoelastic-liquid behavior, thehigher concentration gels, show frequency-independent rheograms of entirely elastic nature G’> G’’.

Photoresponse properties of ZnO(101) based devices

The light detection property of the ZnO(101) film was studied by making hetero junctions of ZnO(101)/Si with a native oxide, SiO

x buffer layer. ZnO/Si (111) diode showed strong rectifying behaviour characterized

by the current-voltage (I-V) measurement under dark condition. It showed photoelectric effect under anillumination of incandescent light. High photocurrent was obtained for the crystal of (101) oriented ZnO.

Kinetics of trans-cis isomerization in azobenzene dimers

We have studied the kinetics of trans to cis isomerization under ultraviolet light, in the monolayer ofdimer, bis-[5-(4'-n-dodecyloxybenzoyloxy)-2-(4"-methylphenylazo)phenyl] adipate, at an air-waterinterface. The trans to cis isomerization reaction of the molecules in the monolayer shows deviation fromthe first-order kinetics unlike those reported in azobenzene molecules. We attribute the deviation fromfirst-order kinetics to the simultaneous photoisomerization of trans isomers to form cis isomers and thereverse thermal isomerization of cis isomers to form trans isomers.

Patterned electro-convective states in a bent-core nematic liquid crystal

These investigations focus on the anisotropic electro-hydrodynamic states arising in a highly conducting,planarly aligned, bent-core nematic liquid crystal driven by ac fields of frequency f in the range 10 Hz-1MHz. The low f regime, wherein the primary bifurcation is to a state of periodic longitudinal stripes (LS),extends to an unprecedentedly large f, in the range 150 kHz–550 kHz, depending on the temperature T.This is followed by the high f regime wherein periodic normal stripes (NS) constitute the primary instability.Both the instabilities involve predominant inplane director modulations and streamlines normal to thewavevector. The current models of anisotropic convection based on static electrical parameters fail toaccount for the observed instabilities. (Figure).

Permittivity, conductivity, elasticity and viscosity measurements in the nematic phase of a bent-core liquid crystal

The study concerns measurements of electrical conductivity ó, dielectric permittivity å, elastic modulik

ii and rotational viscosity ã in a bent core nematic liquid crystal. The parameter å|| shows two relaxations

falling in the frequency bands 20-200 kHz and 0.9-2 MHz; å⊥ also shows a relaxation between 0.9-5MHz. The conductivity anisotropy ó

a=ó||–ó⊥ is negative at low frequencies; it changes sign twice at

frequencies f1 and f

2 that increase with temperature, in the range 6.5-10 kHz and 95-600 kHz, respectively.

Surprisingly, the splay modulus k11

is considerably greater than the bend modulus k33

in the entire nematicrange; viscous relaxation is more complex than in calamitic systems involving at least a two-step process.

Unusual dielectric and electrical switching behaviour studies in the de Vries smectic A phase oftwo organosilaxone derivatives

Two organosiloxane derivatives exhibiting a smectic A (SmA) to smectic C* (SmC*) transition, withthe SmA being of the de Vries type have been studied. In the SmC* phase the electrical switching anddielectric constant dependence on the DC bias field behavior are normal, showing a single peak. However,in the SmA phase the features are surprisingly different from that for a typical smectic A phase exhibitingelectroclinic response. Immediately above the transition from the Sm-C* phase, the data exhibit a doublepeak profile, characteristic of an antiferroelectric switching.

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Electric-field dictated phase diagram and accelerated dynamics of a reentrant nematic liquidcrystal under photo-stimulation conditions

Experiments were carried out which combine two recent findings, namely, an applied electric fieldcan accelerate the return to the nematic liquid crystalline phase from a photo-driven isotropic phase, and ina reentrant mesogenic system the photo-induced phase can be more ordered. Unique temperature-electricfield phase diagrams mapped out for a liquid crystal exhibiting isotropic-nematic-smectic A-reentrant nematicsequence reveal that the electric field influences all the transitions, but its effect is maximum on the equilibriumre-entrant nematic to the photo-induced smectic A transformation.

Understanding the observation of large electrical conductivity in liquid crystal-carbon nanotube(CNT) composites

Employing electrical and magnetic fields as reorienting fields, it has been demonstrated that largemagnitude of enhancement in the electrical conductivity reported in voltage-driven reorientationmeasurements is not due to the inherent property of CNTs, and that dielectric breakdown and local heatingeffects play an important role. The calculated magnitude of the local heating effect is in agreement with theexperimental observations.

During the year, 35 papers were published in national & international publications having CumulativeImpact factor of 101.38 and Average Impact factor of 2.896. The Institute also produced 2 PhD in theyear.

Specialized services offered

High Resolution Mass Spectrometer for molecular weight upto 6000 Dalton, Differential scanningcalorimeter system with sub-ambient cooling assembly, Elemental Analyser for CHN analysis.

Total number of on-going collaborative research and technology development projects withinIndia and with foreign partners

Three projects within India [ SERC and CSIR project]Three projects with foreign partners [Indo-Hungary, Indo-Bulgarian and Indo-Japan Projects]Adjunct / Visiting Faculty / Research Staff affiliated to Institution or Research Program : One Scientist

from Hungary and one Scientist from Japan visited the Centre.

Frequency dependence of the threshold Vc at which the sample undergoes the primary bifurcation. LS and

NS denote longitudinal and normal stripes, respectively (Left). Loop defects in the NS state under crossedpolarizers (Right, top); frequency variation of the LS periodicity (Right, bottom).

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INDIAN INSTITUTE OF ASTROPHYSICS

The Indian Institute of Astrophysics was set up in April 1971. It is devoted to conduct training andresearch in the specialized area of Astronomy, Astrophysics, Physics and allied topics, develop astronomicalinstrumentation and disseminate the knowledge thus acquired. The main laboratories viz. photonics, electrical,electronics, mechanical workshops, theory groups, classrooms, administrative offices and Library arefunctioning in the headquarter campus at Bangalore. Its observational and experimental facilities are locatedat Kodaikanal (near Madurai), Kavalur (Vainu Bappu Observatory, near Jolarpet), Gauribidanur andHosakote (near Bangalore) and Hanle (near Leh, Ladakh).

During the current year, several important scientific, teaching and other instrument development activitieshave taken place. Some of them are as follows:

� Various parts of the technologically complex project of fabrication of the Ultra Violet Imaging Telescope(UVIT) were developed and considerable progress has been achieved. This instrument will be amajor payload on the first Indian astronomy space mission ‘ASTROSAT’;

� Elaborate preparations were made for design and development of precision instruments for theobservations of the total solar eclipse of 22 July 2009. The Institute set up three campus: two in Indiaand one in China. The preliminary results have been communicated to International AstronomicalJournal for publication; more detailed analysis of the results are under preparation;

� Site characterization studies were being made at three locations in the Himalayas towards setting upa National Large Solar Telescope. Simultaneously, a detailed concept design report has beenformulated by the consultants of the project, MT Mechatronics, Germany. The Institute is nowpreparing a detailed project report for submission to the Government with a view to establish theworld’s largest solar telescope in India;

� Preparatory arrangements are being made for the development of space coronagraph jointly withother national laboratories such as Physical Research Laboratory, Aryabhatta Research Institute forObservational Sciences and Indian Space Research Organization;

� The Institute launched a major concerted effort in training of young and motivated students tocarry out research in the astronomical sciences. This effort has borne results in initiating two majorIntegrated Ph.D. and Ph.D. Programmes: one in Astrophysical Sciences as a joint venture withIGNOU, New Delhi and the other in Astronomical Instrumentation, jointly with the Calcutta University,Kolkata. In addition, Memorandum of Understanding has been signed with Pondicherry Universityand Jamia Miilia Islamia for further development of human resources. These efforts will generate abank of quality human resources not merely to meet the requirements of IIA as also of other institutions/university departments in the country;

� A state-of-the-art 1.3-m optical telescope is under fabrication at the DFM Inc, USA for installationat Vainu Bappu Observatory, Kavalur. A Differential Imaging Motion Monitor (DIMM), a 40 cmtelescope supplied by DFM, was installed at Kavalur;

� The two national facilities at Kavalur and Hanle have been fully utilized for observations. The 7x7HAGAR telescope system was fully commissioned;

� Efforts have been made to substantially increase the sensitivity of the Gauribidanur Radio Heliograph;

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� Digitization of the 100 years of sun spot data has commenced at the Kodaikanal Observatory;� The Institute conducted several Public outreach programmes as a part of the Year of Astronomy-

2009;� The Institute conducted and supported summer and winter schools in Astronomy and Astrophysics

and relevant topics;� Members of the Institute have published over 120 scientific papers in the leading national and

international journals;� Several members of the Institute have received recognitions and awards for their distinguished

contributions to Astronomy and Astrophysics;� The Institute continued to extend various welfare measures to staff members in accordance with the

directives of the Government in reservation and in the implementation of the Official Language. AGender Committee is also functional in the Institute.

INDIAN NATIONAL ACADEMY OF ENGINEERING

Indian National Academy of Engineering (INAE) is the apex body of distinguished engineers from alldisciplines that also represents the country in the international Council of Academies of Engineering andTechnological Sciences (CAETS).

INAE is a “Peer” body of the most distinguished engineers, engineer-scientists and technologistsfrom the entire spectrum of engineering disciplines and its activities relate to programmes on issues oftechnical policy for overall development and benefit of the society, research projects, pilot studies, technicaleducation, fellowships, scholarships, awards and other benefactions. The Academy has currently on itsrolls 638 Fellows and 50 Foreign Fellows.

Activities, Schemes and Awards

Seminars/Conferences/Workshops

International Conference on “Research Policy for Sustainable Energy”

An International Conference on “Research Policy for Sustainable Energy” was organized by INAEduring 12-13 Oct at New Delhi. Dr. R Chidambaram, Principal Scientific Advisor to the Govt. of India,while inaugurating the subject Conference emphasized that sustainable energy is crucial for survival of theplanet due to emission and climate change concerns. Suitable energy technologies need to be developedspecially geared to Indian conditions.

Dr. R Chidambaram, Principal Scientific Advisor to the Govt. of India delivering the inaugural address

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Mr. Anil Razdan, Former Secretary (Power), Chairman of WEC-IMC, Mr. Surya P Sethi, PrincipalAdvisor (Energy), Planning Commission, AG, Neubiberg, Germany; Dr. Ajay Mathur, DG, BEE; and Mr.Shyam Saran, Special Envoy to Prime Minister on Climate Change were among the key speakers. Mr.Martin Thomas from Australian Academy of Technological Sciences and Engineering and Prof. JatinNathwani, Waterloo Institute for Sustainable Energy, University of Waterloo, Canada gave brief presentationson Energy R&D.

Workshop on “Making India Powerhouse for Semiconductor Design”

Academy organized a Workshop on “Making India Powerhouse for Semiconductor Design” from31 Oct to 1 Nov 2009 at New Delhi in collaboration with India Semiconductor Association (ISA) andsupported by Ministry of Communication and Information Technology (MCIT) and Office of the PrincipalScientific Advisor to Government of India.

The key recommendations emanating from the deliberations of the Workshop included promotingentrepreneurial spirits towards growing “Indian Companies”; easy access to fab for prototyping designideas from university and R&D; establishing national-level semiconductor test and failure analysis facility;forming close-proximity clusters of universities and affiliated semiconductor industries; and executing specificprogrammes such as low-power design leading to next-generation products. Establishment of an appropriatecoordinating organisation for these activities was also recommended.

Symposium on National Frontiers of Engineering (NatFOE)

The Fourth National Frontiers of Engineering (NatFOE4) was jointly organized by INAE and IndiraGandhi Centre for Atomic Research (IGCAR), Kalpakkam during 16-17 September 2009 at Kalpakkam.The themes selected for the NatFOE4 symposium were, Energy, Materials & Manufacturing, StructuralIntegrity, and Communication & Networking.

US-India Symposium on “Food Processing Technologies for Food Safety and Innovation

The Symposium was organized by CII, INAE and US NAE on 25-26 Feb. 2010 at Mumbai. Theobjectives of the symposium were to consider the role of food processing technologies to enhance foodsafety and drive innovation; to discuss approaches to establish the equivalency of new technologies andtheir safe commercialization; to provide a forum to address and discuss global and regional food safetyissues and new approaches to food safety management and to deliberate on the importance of collaborativeresearch in this field and the best models for supporting this approach.

Research Studies

The Academy undertakes studies on important/ topical national issues each year. The objective ofsuch study is to prepare a comprehensive/exhaustive document covering review of existing internationaland national technological and commercial aspects, analysis of options, future trends and specificimplementable policy/ recommendations and methodology of execution.

Engineering Education in India-Status, Concerns and Recommendations

A Study Group comprising of eminent experts in Engineering Education (Prof. KL Chopra, Prof. CSJha, Prof. DV Singh and Prof. Gautam Biswas) had been constituted by the Academy. After detaileddeliberations, a comprehensive report was prepared covering Historical Background; Characterization ofEngineering Education with International Perspective; Challenges Faced by the Indian Engineering Education;

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Ethics of Engineering Practices; Faculty Related Issues; Curricula; Improving Teaching/Learning Processes;Governance and Management Issues; Promotion of Research and Industrial Interaction; Technology Assistedlearning; Innovation, IPR and Entrepreneurship; National Initiatives; Implications of Legal Judgments andConsolidated Recommendations.

This report has been published as a book entitled “Profile of Engineering Education in India-Status,Concerns and Recommendations’ which was released by Shri Kapil Sibal, Hon’ble Minister of HumanResource Development on 222 January 2010 at New Delhi.

Technologies for Healthcare Sector in India

A Study Group has been constituted to investigate both existing and emerging technologies for thehealthcare sector in India. The report will address state of healthcare in India; role of engineering inhealthcare sector; identification of priority areas/ problems; technologies for healthcare sector; cost-effectivetechnologies for the Indian market; equipment available in India including the limitations of the existingequipment; challenges that lie ahead and how the healthcare sector can be improved; and corerecommendations.

Impact of Research on Chemical Industry – Current Status and Future Strategies

The aim of the Study is to enhance the relevance of basic and applied research to promote andstrengthen industrial growth, innovation and competitive performance. This study will assess the impact ofR&D on Indian Chemical Industry with specific reference to its profitability and global competitiveness;product diversification; fostering new entrepreneurs and start up ventures; quality and quantity of intellectualproperty generation; enhancing human resource capabilities and improving career paths of specialists;linkage with universities and R&D institutions; Government’s R&D and innovation policies includingpromotion of incubation concepts and strengthening specialty chemical exports and Indo-overseas jointventures.

Impact of R&D on Indian Mining Industry Performance – Identifying the new priorities andstrategic initiatives

The aim of the Study is to assess the impact of R&D in the mineral sector; identify the performanceshortfalls in terms of competitiveness, safety and environmental issues and address the challenges of thesector with aggressive R&D funding. For the purpose of this study, the Indian minerals sector will besegmented into coal and non-coal sectors and the past and current R&D initiatives will be assessed vis-à-vis their impact on industry performance and a new agenda of research priorities articulated.

Research Schemes/Programmes

With the objective to encourage invention, investigation, research and promote high caliber ofengineering-scientists, INAE has instituted the following schemes:

INAE Chair Professorship

INAE Chair Professorship has been instituted in order to encourage engineers/ technologists withoutstanding research contributions, promote long-term participation in academic research and enhance theresearch standards in academic institutions. INAE Fellows between the ages of 35 and 55 years, workingin well-recognized teaching/research institutions in India are eligible for consideration.

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INAE Distinguished Professors/Technologists

The objective of this Scheme is to utilize the expertise of INAE Fellows after superannuation primarilyfor research/ teaching in institutions/ universities/ Research & Development establishments, and industry inIndia. Superannuated Fellows below 70 years of age are eligible for consideration.

Mentoring of Engineering Teachers by Fellows of INAE

The objective of this scheme is the mentoring of Engineering Teachers by INAE Fellows. The periodof mentoring is for any two months during the academic year. Motivated Engineering Teachers fromrecognized Engineering institutions are eligible under this scheme. Fifteen nominations have been selectedduring the year.

Mentoring of Engineering Students by Fellows of INAE

The objective of this scheme is the mentoring of bright B.E./B.Tech students by INAE Fellows. Theperiod of mentoring is for any two months during the academic year. Meritorious 3rd /4th year B.E./B.Tech students from recognized Engineering institutions are eligible. Thirty six nominations have been selectedduring the year

Academia-Industry Interaction

AICTE-INAE Distinguished Visiting Professorship Scheme

The Scheme envisages promotion of industry-institute interaction by facilitating the dissemination ofknowledge through the expertise of experienced and knowledgeable persons from industry to integratetheir rich industrial experience with technical education. A total of 111 industry experts have been selectedunder the subject scheme which includes experts from industry as well as DRDO/DAE/DOS Labs. Eighteennominees were selected for the current year.

International Affairs

18th CAETS Convocation

The 18th CAETS (International Council of Academies of Engineering and Technological Sciences)event of the current year was held on 13-17 July at Calgary and hosted by Canadian Academy of Engineering.An INAE Delegation attended this event. The Council Meeting of CAETS was also held on 17 July 2009.The highlight of the INAE Delegation’s visit was the signing of MoUs between INAE and academies UK,Austraila, Canada and China on the sidelines of the CAETS event.

Annual Convention

The Annual Convention of the Indian National Academy of Engineering was held on 17-18 December2009 at Kalpakkam. The major scientific and engineering highlights of the Convention were the technicalpresentations made by eighteen newly elected Fellows and ten Young Engineer Awardees. Dr. RChidambaram, Principal Scientific Adviser to the Govt. of India & DAE Homi Bhabha Chair Professor,New Delhi and Mr. NR Narayana Murthy, Chairman of the Board and Chief Mentor, Infosys TechnologiesLtd., Bangalore were conferred with Life Time Contribution Awards in Engineering 2009 and they deliveredthe award lectures. Besides this, Dr. VK Saraswat was conferred with Prof. Jai Krishna Memorial Award2009 and Mr. Ashok Soota conferred with Prof. SN Mitra Memorial Award 2009. Eleven Young Engineersbelow the age of 35 years were presented INAE Young Engineer Award 2009 for excellence in design andtechnology transfer, innovative development and engineering research work.

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RECRUITMENT CELL

Recruitment Cell in vested with the responsibility of making recruitment to Group ‘A’ and Group ‘B’(Gazetted) Scientific and Technical posts as recruitment to these posts is exempted from the purview ofUPSC. The recruitment to these posts is made by the method of direct recruitment or deputation (includingshort-term contract) or absorption as prescribed in the Recruitment Rules for the relevant posts.

Recruitment Cell is also vested with the responsibility of in-situ promotion of departmental Scientistsunder the Flexible Complementing Schemes (FCS) as contained in the Department of Science & TechnologyGroup ‘A’ Gazetted posts (non-ministerial, scientific and technical) Rules, 2004. In situ promotions underFCS are considered twice before 1st January and 1st July every year.

Besides, Recruitment cell also deals with the proposals regarding recognition of Institutions/Organizations under various Ministries/Departments as Scientific and Technical for the purpose of introductionof FCS.

During the year, recruitment has been made to three posts of Project Scientist ‘D’ and two posts ofProject Scientist ‘B’ by Direct Recruitment purely on contract basis in the Nano Mission, SERC and onepost each of Scientist ‘B’, Scientist ‘C’ and Scientist ‘D’ on direct recruitment basis in the InnovativeCluster Scheme in National Science and Technology Entrepreneurship Board on contract and co-terminusbasis.

The assessment of eligible departmental Scientists for in-situ promotion under FCS review as on01.07.2008 was also done.

STAFF POSITION

DST has a total number of 215 Group ‘A’ and Group ‘B’ (Gazetted) Officers. A detailed breakup is givenbelow:

Group General SC ST OBC PH Total

Group ‘A’

Scientific 97 10 02 01 03 11

Non-Scientific 27 — 01 — — 328

Group ‘B’

Scientific 09 02 02 — — 13

Non-Scientific 47 09 05 — — 61

Grand Total 215

CHAPTER 6

ADMINISTRATION AND FINANCE

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220 ANNUAL REPORT 2009 -2010

Training Cell

Department of Science & Technology, in consultation with DoPT, other Scientific Departments andvarious organizations, embarked on an ambitious project of Human Resource Development namely“National Programme for Training of Scientists and Technologists working in the Governmentsector” for scientific and technical personnel during the X Plan to meet the challenges of national developmentand international competitiveness in S&T area. Considering the efficacy of the Scheme, the Departmentdecided to continue it in XI Plan.

During the year 2009-10, 41 training programmes were held which include two training programmethat got postponed in 2008-09 to 2009-10. These training programmes have been successfully conducted.Various topics covered under these programmes are as follows:

Administrative Scientific Project Formulation, Implementation and Evaluation (2 weeks),Staff College of Advance Techno-management for Middle Level Scientists (5 weeks)India, Hyderabad Negotiating Strategies (2 weeks), Science Audit (1 week), General

Management Programme for Senior Scientists (2 weeks), Decision SupportTools and Techniques for Senior Scientists (1 week), TechnologyCommercialisation (2 weeks), Science & Law (1 week), InnovationManagement (1 week), E-procurement for S&T establishment (1 week)

National Institute of Senior Scientists’ Multidisciplinary Perspectives on Science & TechnologyAdvanced Studies, (2 weeks), Impact of Globlisation (1 week), Energy Security &Bangalore Management

Lal Bahadur Shastri Science for Rural Societies Programme for Jr. & Middle level ScientistsNational Academy of (2 Weeks), Scientists and Administrators interface training programmeAdministration, (1 week), Leadership Development Programme for Jr. & Middle levelMussoorie Scientists (1 Week), Incident and Emergency Management (1 week)

Indian Institute of Enabling Administrative personnel of S&T Departments (3 weeks),Public Administration, Cyber laws, Information Security and Computers for AdministrativeNew Delhi Personnel of S&T Deptt. (1 week), Foundation Training Programme for

scientists (12 weeks), Advanced – Cyber laws, Information security andComputers for Scientists & Technologists (1 week), Natural ResourceManagement and Environment for Scientists & Technologists (1 week)

Indian Statistical Knowledge Discovery in Data Bases (1 week), Soft Computing (1 week)Institute, Kolkata

Consumer Unity & IPR and related WTO issues, Technology DiplomacyTrust Society, Jaipur

Centre for Cellular & Bioinformatics – Current Trends and PerspectivesMolecular Biology,Hyderabad

Indian School of Mines Science & Economics of Rocks (A Primer on Mineral Economics) (1 week)University, Dhanbad

CBI Academy, Administrative Vigilance (1 week)Ghaziabad

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ANNUAL REPORT 2009 -2010 221

Under the Foreign Training Component, 30 senior scientists were deputed for one-week training inIsrael during the current year.

Women Component Plan

Under women component plan ‘15’ training programmes exclusively for women scientists were plannedwithin the budget provision of Rs. 150.00 lakh. The training programmes were held on various topics asfollows:.

Xavier Institute of Communication and Presentation Skills (1 week), Financial ManagementManagement, and Audit Sensitization in Scientific OrganizationsBhubneswar

National Institute of Dimensions of nano technology (1 week), Gender issues in S&T(1 week)Advanced Studies,Bangalore,

Indian Institute of Ethnic issues and community resource management (1 week)Forest Management,Bhopal

Administrative Staff Gender, Ethics and Law for Women Scientists (1week), GeneralCollege of India, Management Programme (2 weeks), High Performing Team and LeadershipHyderabad Issues (1 week)

Indian Institute of Information Security and Advanced Computing for Support Staff ofPublic Administration, Scientific Organizations (1 week)New Delhi

Academy of Human The Science of Living (1 week)Excellence, Baroda

All Indian Institute of Research Methodology (1 week)Medical Sciences,New Delhi

Wildlife Institute of Biodiversity: Wildlife Conservation - Issues and Challenges (1 week)India, Dehrudun

M. S. Swaminathan Issues of Sustainable Development for Women Scientists (1 week)Foundation, Chennai

HINDI SECTION

The Department of Science and Technology continued to make concerted efforts to promote the useof Hindi in official work and to ensure compliance with the provisions of the Official Language Act, 1963as amended in 1967 and Rules 1976 framed thereunder as also the various orders/ instructions issued bythe Department of Official Language from time to time with a view to ensure proper implementation of theOfficial Language Policy of the Government.

DST has a full–fledged Hindi Section consisting of a Joint Director (O.L.) assisted by an AssistantDirector (O.L.) and other supporting staff which caters to the need of the Department and also its Subordinate

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222 ANNUAL REPORT 2009 -2010

offices/ Autonomous Institutions. Besides monitoring the implementation of the Official Language Policyand the Annual Programme, Hindi Section arranges for in-service training of the staff in Hindi Language,Hindi Typewriting and Hindi Stenography. It also undertakes translation of the material received fromvarious Sections/ Desks of the Department from English into Hindi and vice versa.

For promotion of the use of Hindi in this Department and to create conducive environment for theofficials to work more in Hindi, various programmes are being undertaken:

• All documents coming under Section 3(3) of the official language Act, 1963 like general orders,notification, cabinet note, annual report and any paper which is to be laid in the parliament wereissued bilingually in both Hindi and English. Letters received in Hindi were invariably replied to inHindi.

• Departmental in-house magazine “Tarang” is published regularly with adequate priority to scientificand technical articles.

• With a view to encourage original scientific writing in Hindi, DST introduced “Dr. Meghnad SahaAward Scheme”. Under the scheme, books written in the year 2006 were invited. 13 books havebeen received and 5 of them found suitable for final evaluation. Another advertisement is being issuefor inviting the entries for this prestigious Awards for the year 2007 and 2008.

• The officers of Hindi Section conducted inspections of 12 Subordinate offices/ Autonomous Institutionsand 6 sections of the Department regarding progressive use of Hindi.

• During the year, the second sub Committee of Parliament on Official Language carried out officiallanguage inspections of Indian Science Academy, Bangalore and Vigyan Prasar, Noida (U.P.).

• During the year, quarterly meetings of Departmental Official Language Implementation Committeewere organized regularly. Likewise, four Hindi workshops were organized to encourage the officers/staff of the Department to do their maximum work in Hindi.

• The Hindi Salahkar Samiti of Ministry of S&T is being reconstituted.

Cash Awards and Incentive Schemes

An incentive scheme to encourage officers and employees to do their maximum official work in Hindiis in vogue in the Ministry. Under the scheme, cash awards are given for doing noting and drafting in Hindi.

Celebration of Hindi Pakhwara

Hindi Pakhwara was organized from 14 to 24 September 2009 in the Ministry of Science andTechnology. Various Hindi competitions were organized and the successful participants were given cashawards and certificates.

VIGILANCE UNIT

The Vigilance Unit in the Department of Science & Technology is headed by Chief Vigilance Officer,an Officer of the rank of Scientist ‘G’. He is supported by an Under Secretary, Section Officer and othersecretarial staff.

Apart from handling Vigilance related cases of the Department, its two sub-ordinate offices and 23aided institutions, it deals with complaints, received from Central Vigilance Commission, Central Bureau ofInvestigation, Department of Personnel & Training and individual. Vigilance Unit also plans annually the

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ANNUAL REPORT 2009 -2010 223

vigilance inspections of the institutes. During the current year, as per the approved plan, inspections of thefollowing subordinate office and aided institutions have been carried out:

i) Agharkar Research Institute, Pune

ii) Aryabhatta Research Institute of Observational Sciences, Nainital

iii) Indian Institute of Astrophysics, Bangalore

iv) Geo-Spatial Data Centre, Survey of India, Bangalore

v) Science & Society Division, DST

vi) National Science & Technology Entrepreneurship Development Board (NSTEDB), DST

vii) Technology Development Board, New Delhi

viii) Indian Association for the Cultivation of Sciences, Kolkata

Vigilance Awareness Week was observed in the Department from 03rd to 07th Nov.,2009, wherein inaddition to administering pledge to Officers and staff of DST & DSIR, a talks on ‘Preventive Vigilance’was delivered by the Director, Central Vigilance Commission, New Delhi. An inter-active session betweenthe officers/Scientists of various Divisions of the Department and representatives of various user agencieswas organized to sensitize them about the problems faced by them while dealing with each other. (Photographsare enclosed)

An orientation workshop for Vigilance Officers of sub-ordinate offices and aided institutions underthe Deptt. of Science & Technology was organized at CBI Academy, Ghaziabad from 30.11.2009 to04.12.2009 under the Scheme “National Training Programme for Scientists/Technologists working asVigilance Officers”. Course Contents so framed to facilitate the part-time Vigilance Officers, who arebasically from scientific background, to discharge their duties connected with Vigilance work smoothly.

Other miscellaneous activities, viz. identification of sensitive posts, rotational transfers thereon in theDepartment, appointment of Vigilance Officers and extension of their tenure, submission of periodicalreports/returns on various vigilance activities to CVC, CBI, etc. are being done on regular basis.

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224 ANNUAL REPORT 2009 -2010

AUDIT REPORT

A summary of Audit Observations pertaining to the Department of Science and Technology is enclosed,which has been made available by the office of C&AG, with the request to have it included in the AnnualReport of DST for the year 2010-2011, to be presented in the forthcoming Budget Session of Parliament.

Sd/-

(Sanjay Pandey)Controller of Accounts

Format

Sl.No. Year Details of the Paras/PA reports on which ATNs are

pending

No. of Paras/PA Reports on which ATNs have been submitted to PAC after vetting by Audit

No. of ATNs not sent the Ministry even for the first time

No. of ATNs sent but returned with observations and Audit is awaiting their resubmission by the Ministry

No. of ATNs which have been finally vetted by audit but have not been submitted by the Ministry to PAC

1. 1 of 2006 – Union Govt

1 (3.1 to 3.9)

2. 13 of 2007 (Scientific Departments), DST

1 (5.3.1 to 5.3.8)

3.

CA 3 of 2008 (SD), DST

1 (5.1)

4.

CA 3 of 2008 (SD), DST

1 (5.2)

5.

CA 16 of 2009 (SD), DST

1 (5.1)

6. CA 16 of 2009 (SD), DST

1 (5.2)

7. CA 16 of 2009 (SD), DST

1 (5.3)

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ANNUAL REPORT 2009 -2010 225

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226 ANNUAL REPORT 2009 -2010

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Page 239: Annual Report DST

ANNUAL REPORT 2009 -2010 227

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Page 240: Annual Report DST

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